Time Delay Relays and Modules - catalog 1308242 issued 3/2003

Transcription

Catalog 1308242
Issued 3-03
TIME DELAY RELAYS & MODULES
Alphanumeric Index
Series
Type
Page
AGASTAT Timer Accessories ............................................. 1206
Circuit Breakers ........................ 101-124
1
Transformers.............................. 201-212
2
Low-signal PC Board Relays . 301-336
3
Mid-Range PC Board Relays ....... 19-21
4
Power PC Board Relays ................ 22-35
5
Forcibly-Guided
Contacts..............
36-79
Plug-in/Panel Mount
Relays
6
AGASTAT Timer Terms and Definitions ............................. 1204
AGASTAT Timer Timing Modes ......................................... 1205
2100 ..................... Miniature Electropneumatic Timer ...... 1254
7000 ..................... Electropneumatic Timer ...................... 1248
3RP15 ................... Programmable Time Delay Relay ........ 1207
48K ..DISCONTINUED. Programmable Time Delay Relay . 1210
CB ........................ Discrete Function Time Delay Relay ... 1228
CD ........................ Discrete Function Time Delay Relay ... 1222
CG ........................ Discrete Function Time Delay Relay ... 1220
CH ........................ Discrete Function Time Delay Relay ... 1226
CK ......................... Discrete Function Time Delay Relay ... 1224
CL ......................... Discrete Function Time Delay Relay ... 1231
CN1 ...................... Discrete Function Time Delay Relay ... 1219
CNM5 ................... Programmable Time Delay Relay ........ 1215
CNS ...................... Programmable Time Delay Relay ........ 1213
CNT ...................... Programmable Time Delay Relay ........ 1211
CR ........................ Discrete Function Time Delay Relay ... 1230
CU ........................ Discrete Function Time Delay Relay ... 1231
MD0 ..................... Discrete Function Time Delay Relay ... 1233
P&B Time Delay Relay Terms & Definitions ...................... 1202
P&B Time Delay Relay External Resistor Guide ................. 1203
SCB ...................... Discrete Function Time Delay Relay ... 1235
SCE ...................... Discrete Function Time Delay Relay ... 1239
SCF ....................... Programmable Time Delay Relay ........ 1218
SRC ...................... Discrete Function Time Delay Relay ... 1237
SSC ...................... Discrete Function Time Delay Relay ... 1234
SSF ....................... Programmable Time Delay Relay ........ 1217
SST ....................... Discrete Function Time Delay Relay ... 1238
NOTE: In addition to the products listed in this section of the
databook, time delay relays are also described in other
sections are available with printed circuit board
terminals.
Relays
with Following is a list:
MT* .......................................................................... 742
Plug-in/Panel
Mount
*Relay, socket
and module combination.
General Purpose Relays............ 701-749
7
Latching, Impulse, Rotary &
Special Application Relays
TR .............................................................................
917
Power
Relays & Definite
8
Purpose
Contactors...................... 89-131
Time delay relays are also included in our line of high
performance relays (see overview in section 14 of this
databook).
Latching, Impulse &
Rotary Relays ............................... 149-154
9
Automotive Relays ...................... 141-148
10
Solid State Relays &
Input/Output Modules ................ 195-207
11
Time Delay Relays &
Modules .................................... 1201-1256
12
Sensors & Monitors ................... 233-234
13
High Performance Relays
and Contactors (overview) ....... 233-234
14
STA ....................... Discrete Function Time Delay Relay ... 1236
VTM-1 ................... Discrete Function Timing Module ....... 1240
VTM1 .................... Discrete Function Timing Module ....... 1241
VTMA1 ................. Discrete Function Timing Module ....... 1242
VTMR1 ................. Discrete Function Timing Module ....... 1243
Dimensions are shown for
reference purposes only.
Dimensions are in inches over
(millimeters) unless otherwise
specified.
Specifications and availability
subject to change.
www.tycoelectronics.com
Technical support:
1201
Refer to inside back cover.
Catalog 1308242
Issued 3-03
P&B
P&B Solid State Time Delay Terms and Definitions
A wide selection of various types of solid state time delay controls are
presented by Potter & Brumfield to meet the demands of commerce and
industry. Typical applications for P&B time delay relays include data
processing operations, machine tool, safety device control and alarm
circuit actuating. These diverse applications require a wide variety of time
delays such as: fixed time delay on “operate” or “release” which is
factory set and cannot be adjusted; resistor-adjustable time delay on
“operate“ which is adjustable with an external resistor; knob-adjustable
time delay on “operate” which has a calibrated knob built into the
assembly for ease of adjusting the time period. Each of the series of solid
state time delays presented here varies in its degree of accuracy, variety
available and cost to meet the requirements of every application.
Timing Variations - Any difference between the actual time delay of a
particular device and the nominal value specified for that device.
These variations are due to:
(1) Manufacturing tolerances (component selections and tolerances, adjustments, etc.).
(2) Input voltage variation.
Includes DC or rms voltage variations, plus instantaneous
voltage variations at time the control voltage is applied (AC
only).
(3) Temperature (ambient plus self heating).
(4) Input cycling conditions:
a. duration of “off” time
b. duration of “on” time after actual time out
The terms used to define and specify time delay relay performance must
reflect one or more of these time variation factors with sufficient clarity
that both the manufacturer and the user may arrive at essentially the same
evaluation of device performance. To this end, the following terms and
definitions are used.
Specified Delay Time - The advertised (or print specified) time of the
delay function.
Actual Time, Standard Conditions (ATSC) - The actual delay time of
a given device operated at 25°C and nominal input voltage, with sufficient
“off” time of input voltage to permit full “short term” recovery of the
timing interval. For purposes of establishing a reference ATSC it is
recommended that the device be cycled @ 25°C, nominal voltage, with
input pulses of 1.3X specified delay time, with 1 sec. off times. The
resulting average of a group of consecutive time delay readings (excluding
the 1st, which had an unknown off time) may be used to determine ATSC.
Five cycles should be considered adequate for this determination.
The off time required for full “short term” recovery of the timing interval
will vary to some extent, depending on relay type, timing circuit impedance (normally related to length of timing period), whether capacitor
shorting contacts are used, whether the previous timing cycle was
completed or interrupted during time out, and, if completed, the degree
to which the input control “on” time extended beyond actual time out.
In practice, off times used may vary from a minimum approaching the
release time of the output (50 to 200 ms typical, depending on the
particular design) to a second or more, with as much as 15% difference
in the resulting delay times. The greatest rate of change occurs as off
times become increasingly short, while the rate of change becomes
relatively negligible as increasingly long off times approach 1 second.
However, for very long off times (measured in hours), and additional
change in the first subsequent operation delay time may be experienced.
1202 reference purposes only.
specified.
This additional change may be as much as 1-4% (depending again on time
delay type and design) and is usually obtained with off periods from 1-24
hours or more.
Repeatability - The percent variance of time within a group of consecutive timing cycles, starting with the second operation, when the timing
device is operated under constant conditions (constant on-off times, input
voltage and temperature). The average of a series of five consecutive
operations, at any given set of conditions within specifications, will serve
as the reference for determining the variation of individual readings within
the group from the average. The maximum variation under such conditions should not exceed the repeatability value specified. For convenience, repeatability under standard conditions could be determined from
the test used to measure ATSC (see below, left).
Tolerance - The variation between the specified delay time and the
ATSC value, given in percent of the former.
Delta-Time - The percent timing change (from the ATSC value) for any
variation of voltage and/or temperature within specified limits. Tests for
this parameter would be essentially the same as described for ATSC,
except that any constant combination of specified voltage and temperature extremes may be used.
Recycle Time - The length of time the control voltage must be interrupted, immediately following a timing interval, to produce a subsequent
delay of at least 95% of the reference delay under constant conditions of
input voltage and ambient temperature. The reference delay may be the
ATSC value determined under standard conditions (nominal voltage and
25°C); however, any constant voltage-temperature combination within
specifications may be used (must be the same voltage-temperature
combination as used for recycle checks).
Note: If control voltage is interrupted prior to completion of a timing
period, or at a time other than immediately following time out, the recycle
time value (off time) may produce a subsequently shorter timing period,
depending upon the particular design and when the interruption occurs
within the internal RC charging cycle.
Correspondingly, this subsequent time delay may be from 85% to 95%
of the reference actual delay as defined above.
Timing Cycle Interrupt “Transfer” - A momentary transfer (pickup and
dropout) of the switching relay contacts which may occur if the timing
cycle is interrupted. This phenomenon is inherent in CU series time
delays; and, depending on when the timing interval is interrupted, the
transfer duration may vary from zero to the release time value for that
device.
Release Time - The time required, after time out, for the output switch
to return to its normal, de-energized state when the control voltage is
removed. This will vary to some extent with the duration of “on” time
after actual time out and with temperature and voltage; the shortest
release time being obtained when control voltage is removed immediately following completion of a timing period under conditions of minimum temperature and input voltage.
Transient Protection is provided so that the time delay will not be
damaged by a transient input.
Polarity Protection is provided internally to protect the time delay of DC
units from reversal of input voltage.
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
P&B
External Resistor Selection Guide for P&B Time Delay Relays
For CL, CK & CU Series
For CD Series
The "minimum" time setting on an external resistor adjustable model in any
of these series is obtained by shorting together the external resistor
terminals of the relay. The “maximum” time setting (within tolerance
limits) is obtained by using the resistance value listed across from the
maximum time for that unit in the tables below. Timing values between
the minimum and maximum limits are linear with resistance within 10%. It
is recommended that a 1/4 watt, mimimum, resistor be used. External
timing resistor should have less than 500 PPM temperature coefficient.
The "minimum" time setting on an external resistor adjustable model in the
CD series is obtained by shorting together the external resistor terminals of
the relay. The “maximum” time setting (within tolerance limits) is pre-set
at the factory, and no external resistor is necessary. Approximate
resistance values required to obtain times between the minimum and
maximum limits can be determined using the table and graph below. It is
recommended that a 1/4 watt, mimimum, resistor be used. External
timing resistor should have less than 500 PPM temperature coefficient.
The external resistor value R0 required to obtain any time T0 can be
calculated using the following formula:
R0 = R1
T0
TS
T1
R1
R0
=
=
=
=
=
(
T0 – TS
T1 – TS
CD Resistor Values (AC & DC Models)
)
Factory-set
Time Delay.
No Resistor
(seconds)
Desired Time
Short Time (see relay type)
Long Time (see relay type)
Extrernal Resistor Value required to obtain T1
External Resistor Value required to obtain T0
Example: Given a CUH-41-30060, find an external resistor value that will
give a 30 second delay.
Known: T1
TS
R1
R0
=
=
=
=
60 seconds
1 second
1 meg
1 x 106 (29)
59
Approximate
Resistance*
to Reduce
Delay by 1/2
Short Circuit
Time Delay
(seconds)
1.0
33K ohms
0.1
5.0
200K ohms
0.1
10.0
400K ohms
0.1
* Resistor values shown correspond to a 1.0 multiplying factor. Use the graph below to
determine other resistor values required to obtain time periods between the limits stated in
the chart.
CD Timing Resistor Curve
R0 = 492K
CL & CU Delay On Operate Resistor Values
Time (Sec.)
Approximate Resistance
CU
CL
AC
DC
1.0
10.0
0.1
10.0
Short
200K
Short
160K
1.0
30.0
0.3
30.0
Short
600K
Short
500K
1.0
60.0
0.6
60.0
Short
1.2 Meg
Short
1.0 Meg
1.0
120.0
1.2
120.0
Short
2.4 Meg
Short
2.0 Meg
Percent of Maximum Time
100
Note: The actual time obtained will normally be within 5% of the desired
time. This is due to construction tolerance.
90
80
70
60
50
40
30
20
10
0
0.01
0.1
1.0
10.0
100
Resistor Multiplying Factor
To obtain CD series time delay relays having a linear resistance with time,
please consult the factory.
CK Delay On Operate Resistor Values
Time
(Sec.)
AC
DC
0.1
10.0
Short
750K
Short
750K
1.8
180.0
Short
1.0 Meg
Short
910K
CK Delay On Release Resistor Values
Time
(Sec.)
AC & DC
0.1
10.0
Short
820K
0.6
60.0
Short
910K
specified.
subject to change.
Technical support:
1203
Catalog 1308242
Issued 3-03
AGASTAT
AGASTAT Solid State Time Delay Terms and Definitions
Accuracy, absolute (or calibration accuracy) - the deviation of a selected
time delay from the actual delay, measured with reference to a time standard,
under standard conditions.
Load rating - the maximum current, voltage, and frequency (if AC) of the loadcircuit energy that may be switched by a TDR, for normal life expectancy.
Accuracy, "attainable" - the "worst case" deviation in time delay, from a
selected value, including all factors that contribute to its "error budget,"
including long-term drift, temperature drift, resolution, calibration accuracy,
line-voltage and line-frequency effects, etc.
Mode - see operating mode.
Accuracy, overall - the maximum deviation from the average of 100 consecutive time delays at any given time setting throughout the operating temperature, voltage, and frequency ranges.
Accuracy, repeat - the maximum deviation from the average of 100 consecutive time delays at any given time setting and any fixed combination of
temperature and operating voltage.
Breakdown, circuit-to-case - the voltage insulation between any part of a
TDR's circuitry and the frame or any other conductive part in the structure,
including the case.
breakdown, control-to-load - the voltage insulation between control and
load circuits.
Calibration linearity - in the mechanical calibration of a TDR delay-setting
scale, the largest deviation of the actual delay-vs-rotation curve from a straight
line drawn from minimum to maximum delay.
Counting TDR - a TDR in which a stable source generates precisely timed
voltage pulses, and a digital counter registers a different voltage pattern or
code on its output terminals for each pulse counted. The counter is connected
to a digital decoder, preset to recognize a given code, which then operates the
load-switching device.
Current drain - the current drawn by the delay and switching circuits in the
TDR, not including the current drawn by the load.
delay - an interval of time generated before some planned event is caused to
occur.
Delay adjustability - the capability of setting the duration of a time delay
generated by a TDR; the
Delay range and resolution - taken together, describe the adjustability.
Delay adjustment - means of setting the duration of a time delay: pointerknob-and scale, thumbwheel switch, external or internal potentiometer, etc.
delay range - the span of time within which a TDR can generate time delays.
Dielectric withstand - the ability of insulating materials and spacings to
withstand specified overvoltages for a specified time without flashover or
puncture.
Electromechanical relay (EMR) - a controlled switch operated by causing
sufficient current to flow through an electromagnetic coil; the resultant
magnetic field, when strong enough, overcomes a spring force and closes and/
or opens the switch contacts.
Interface - in a TDR, one of the following: the nature of the means of adjusting
time delay; of indicating status of delay and load; of powering control and load
circuits, or of switching control and load circuits.
Isolation, control-to-load - the degree to which interaction has been prevented between control and load circuits in a TDR usually expressed as the
effective impedance between them.
Load gates - solid state circuits that perform logic "switching functions."
Noise - any unwanted signal impinging on a circuit or its environment.
Operate time - the longest interval between energization of an output relay
and the completion of contact transfer under any combination of operating
temperature and voltage.
Operating life - a measure of the number of operations a TDR can be expected
to perform within specifications; for TDRs with electromechanical (EMR) loadswitching means, there are two ratings - mechanical and electrical operations
at full rated load.
Operating mode - the relationship between control signal input, generation
of delay or count, and transfer of load-switching contacts.
operating voltage range - the range of voltages over which a TDR will perform
to specification. May be applied to either delay generating circuits, loadswitching circuits or both.
Peak current - the maximum short-duration load-circuit rating of the loadswitching circuit; also called "in-rush" or "surge" current.
R-C timer - an electronic time-delay relay in which the charging of a capacitor
(C) through a resistor (R) generated the delay and an electronic circuit
establishes a threshold, or critical value, for the capacitor voltage; when this
value is reached, a load-switching device is operated.
Release time - the longest time interval between de-energization of an output
relay and the complete transfer of its contacts under any combination of
operating temperature and voltage.
Resettability - the precision with which a delay adjustment, once changed,
can be reset.
Reset time - the shortest allowable interval between complete or interrupted
timing cycles without risk of delay error or malfunction.
Resolution - the precision with which delay adjustment may be set; it depends
on the type of adjustment means; for example, in a switch-settable design, the
smallest change that can be made by moving one unit in the least-significant
decade in a selector switch array.
solid-state relay (SSR) - a relay in which a semiconductor device (e.g., an SCR
or TRIAC), switches the load.
Stability, long-term - the measure of the effect of time along on the delay
generated by a TDR under specific operating conditions - e.g., the difference
in the repeat accuracy between that measured when the TDR is new, and that
measured one year later.
Stability, temperature - the effect of ambient temperature on the delay of a
TDR, expressed in terms of the percent deviation in a preset delay per degree
of temperature change from some nominal value.
TDR - time-delay relay.
Time-delay relay (TDR) - a device that upon energization or operation of a
control circuit, generates a delay, at the end of which some planned event (e.g.,
load switching, or secondary control function) is caused to occur.
Leakage current - the current conducted by a solid state switching device in
an "off" state.
Timing diagram or timing ladder - a graphic representation of two or more
sequences of events, all drawn to the same horizontal time scale, so that any
point in one sequence occurs at the same time as any point directly above or
below it in another sequence.
LED readout - a numerical display made up of light-emitting diodes (solid state
devices that glow when current is passed through them).
Timing range - the range of time intervals over which a particular TDR will
generate delays.
linearity - the regularity of calibration of a delay scale - i.e., the uniformity of the
spacing equal delay increments. In a TDR with externally controlled delay, the
constancy of the delay-to-resistance ration.
Transfer - the switching of a relay's contacts from one state to the other, but
in the past tense commonly used to denote the position of the contacts in the
relay's energized or "transferred" state as opposed to its de-energized or
"normal" state.
Line-frequency sensitivity - the deviation in delay, at any setting within
specifications, per hertz or percent of line-frequency change from the nominal
value, measured at specified line voltage and ambient temperature.
Line-voltage sensitivity - the deviation in delay, at any setting within
specification, per volt or percent of line-voltage change from the nominal value,
measured at specified line voltage and ambient temperature.
Load-dependent delay - the characteristic of certain TDR's in which there is
a significant change, due to internal heating, of a preset delay interval,
following a long "load-ON" period.
specified.
Transient protection or transient suppression - the prevention of malfunction of a TDR due to power-line transients, or the means of doing so. Usually
effective only over a stated range or up to a stated maximum transient
amplitude and duration.
Transient voltage tolerance - the largest momentary overvoltage peak that
a TDR will withstand without damage or catastrophic malfunction.
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
AGASTAT
AGASTAT Time Delay Relay Timing Modes
On-Delay: Time delay is initiated upon application of a control signal (i.e.,
operating voltage or on 11-pin model closure of the control switch). The output
contacts energize at the end of the delay. Output contacts and the time delay
circuit reset upon removal of the control signal regardless of state.
ON / CLOSED
OPERATING VOLTAGE/
CONTROL SWITCH
OFF / OPEN
On-Delay / Off-Delay: Time delay is initiated for delay 1 upon closure of the
control switch, for delay 2 upon opening of the control switch. (Operating
voltage is applied continuously.) Output contacts energize at the end of time
delay 1, and de-energize at the end of time delay 2. If the control state is
reversed during the time delay, the time delay circuit automatically resets to
zero. Note: For the 48K series, time delays 1 and 2 are identical.
ON
OPERATING
VOLTAGE
ENERGIZED
OUTPUT
CONTACTS
OFF
DELAY
CLOSED
DE-ENER.
CONTROL
SWITCH
OPEN
Off-Delay: The output contacts energize when the control switch is closed.
The time delay is initiated upon opening of the control switch (operating
voltage is applied continuously). De-energization occurs at the end of the
delay. Output contacts energize and the time delay circuit resets upon closure
of the control switch.
ENERGIZED
OUTPUT
CONTACTS
DE-ENER.
DELAY 1
DELAY 2
Repeat Cycle: Application of the operating voltage starts time delay 1. Upon
expiration of this delay, the output contacts energize. Time delay 2 begins
simultaneously. At the end of time delay 2, the output contacts de-energize,
and a new cycle begins. The cycles continue until power is removed. To reset
the timer, input voltage must be removed. The state of the output contacts
may be reversed on the 11-pin 48K by closing the control switch. Note: For the
48K series, the time delays are identical.
ON
OPERATING
VOLTAGE
OFF
CLOSED
CONTROL
SWITCH
OPEN
ENERGIZED
OUTPUT
CONTACTS
DE-ENER.
DELAY
ON
OPERATING
VOLTAGE
OFF
Interval: Time delay is initiated upon application of a control signal (i.e.,
operating voltage or closure of the control switch on 11-pin models). The
output contacts energize when the control signal is applied. At the end of the
delay, the output contacts de-energize. Output contacts and the time delay
circuit reset upon removal of the control signal regardless of state.
ON / CLOSED
OPERATING VOLTAGE/
CONTROL SWITCH
OFF / OPEN
ENERGIZED
OUTPUT
CONTACTS
ENERGIZED
OUTPUT
CONTACTS
DE-ENER.
DELAY
1
DELAY
1
DELAY
2
DELAY
2
Accumulating On-Delay: Time delay is initiated upon closure of the control
switch. (Operating voltage is applied continuously.) Energization of the output
contacts occurs at the end of the delay. If the control switch is opened during
the time delay, the time delay pauses, and the relay holds (remembers) the
delay accumulated so far. The time delay resumes when the control switch
is re-closed. After energization, reset by opening the control switch. Regardless of state, reset by removing the operating voltage.
ON
DELAY
OPERATING
VOLTAGE
DE-ENER.
OFF
CLOSED
On / Interval : Time delay 1 is initiated upon application of a control signal (i.e.,
operating voltage or closure of the control switch on 11-pin models). The
output contacts energize at the end of time delay 1 and de-energize at the end
of time delay 2. Output contacts and the time delay circuit reset upon removal
of the control signal regardless of state. Note: For the 48K series, delay 2 is
fixed at 0.5 seconds.
CONTROL
SWITCH
OPEN
ENERGIZED
OUTPUT
CONTACTS
DE-ENER.
DELAY ACCUMULATION
ON / CLOSED
OPERATING VOLTAGE/
CONTROL SWITCH
OFF / OPEN
ENERGIZED
OUTPUT
CONTACTS
DE-ENER.
DELAY 1
DELAY 2
One Shot (Latching Interval): Operating voltage must be applied continuously. Output contacts energize and time delay is initiated upon closure of the
control switch. Once closed, state of control switch has no further influence
until time delay has expired. Upon expiration of time delay, output contacts deenergize and timer is reset by opening the control switch.
ON
OPERATING
VOLTAGE
OFF
CLOSED
CONTROL
SWITCH
Note: When an external control switch is used, it must
be closed before the unit is energized. If external
control switch is open, the unit will not time out.
OFF AT
ANY TIME
OPEN
ENERGIZED
OUTPUT
CONTACTS
DELAY
DE-ENER.
specified.
subject to change.
Technical support:
1205
Catalog 1308242
Issued 3-03
AGASTAT
Accessories for AGASTAT Solid State Time Delay Relays
Sockets
BDS08SS Socket
• 8-pin octal socket
• DIN rail or panel mount
• Rated 10A @ 300VAC
• #6-32 screws w/captive clamp plates
•
File E140494
•
File LR29523M37
BDS11SS Socket
• 11-pin octal-type socket
•
File E140494
•
File LR29523M37
BCSF11SC Socket
• Use with SCF series timer
• 11-pin octal-type socket
• M3 screws w/captive clamp plates
•
File E140494
•
File LR29523M37
BDT11SS Socket
• 11-pin tab socket
•
File E140494
•
File LR29523M37
External Potentiometer
POT1MV External Potentiometer
Time adjustment by extermal potentiometer or fixed resistor for series SCB, SCC,SSC,
STA, VTM-1, VTM1, VTM2, VTM3, VTM4 & VTM7. (Potentiomter or resistor furnished
by customer.)
Minimum time is obtained with zero resistance. Longer time is obtained by adding
resistance specified at right for each second, hour or cycle above the minimum.
Alternatively, an external 1 megohm potiometer may be used.
specified.
subject to change.
Time Range
.1 to 3 sec.
.1 to 10 sec.
.5 to 15 sec.
1 to 30 sec.
2 to 60 sec.
4 to 120 sec.
6 to 180 sec.
10 to 300 sec.
Ohms (±10%)
333.3K/sec.
100.0K/sec.
66.7K/sec.
33.3K/sec.
16.7K/sec.
8.3K/sec.
5.6K/sec.
3.3K/sec.
Technical support:
Catalog 1308242
Issued 3-03
P&B
3RP1 series
Multifunction Solid State DIN Mount
Time Delay Relay
•
•
•
•
•
•
•
Available as SPDT or DPDT
15 time setting ranges
.05s - 100hr programmable timing range
Universal 24-240 VAC/VDC or fixed input types.
3A switching current rating
Fits 35mm DIN track
Single function, Delay-On available
VDE
Users should thoroughly review the technical data before selecting a product part
number. It is recommended that user also seek out the pertinent approvals files of
the agencies/laboratories and review them to ensure the product meets the
requirements for a given application.
Standards and Specifications
Contact Data @ 25°C
• IEC 721-3-3 "Ambient conditions"
• IEC 61812-1/DIN VDE 0435 Part 2021 "Solid State Relays, Time Relays"
• IEC 1000 "electromagnetic compatibility"
• IEC 947-5-1: DIN VDE 0660 Part 200 "Low-voltage control circuit devices"
Arrangements: 1 Form C (SPDT).
2 Form C (DPDT)
Material: Silver tin oxide.
Rating: 3A @ 250VAC.
Switching Frequency: 2,500 ops./hour.
Electrical Life: 200,000 operations min. at rated load.
Mechanical Life: 30 x 106 operations.
Input Data @ 25°C
Timing Specifications
Voltage: Universal Input Type: 24 - 240V, 50/60 Hz. AC or DC.
Fixed Input Type: 24, 100-127, 200-240AC; 24VDC.
Operating Range: AC: 85 to 110%.
DC: 80 to 125%.
Power Requirement:
Universal Input Type: AC: 6VA.
DC: 2W.
Timing Ranges: 0.05 to 1 / 0.15 to 3 / 0.5 to 10 / 1.5 to 30 / 5 to 100 sec.;
0.05 to 1 / 0.15 to 3 / 0.5 to 10 / 1.5 to 30 / 5 to 100 min.;
0.05 to 1 / 0.15 to 3 / 0.5 to 10 / 1.5 to 30 / 5 to 100 hr.
Timing Adjustment: Potentiometer adjustable within selected range.
Tolerance: ± 5% of full scale value.
Reset Time: 150 ms.
Minimum On Period: 35 msec.
Repeatability: ± 1%.
Environmental Data
Temperature Range: Storage: -40°C to +80°C.
Operating: -25°C to +60°C.
Protection Category: IP 20 according to EN 60529.
Timing Modes
Mechanical Data
See the following page for a description of timing modes.
Termination: Screw terminal.
Enclosure: Plastic DIN case.
Mounting: 35mm DIN track.
Weight: (3RP1505) 5.29 oz. (150g) approximately.
(3RP1525) 3.88 oz. (110g) approximately.
Configuring
• Changing the timer range and their functions will only be effective when
they are carried out in a voltage-free state.
• Trigger input B1 or B3 must only be started when the supply voltage is
applied.
• The same potential must be applied to A1 and B1, or A3 and B3. With the
two-voltage design, only one voltage range must be connected.
• The triggering of the load paralleled to the start input is not permissible
when using AC (see adjacent diagrams).
L1
L1
S1
S1
A1
K2
A2
N
B1
K1
A1
K2
S1
B1
K1
N
Ordering Information – Authorized distributors are more likely to stock boldface items listed below.
Input Voltage
DC
AC
3RP1505 Multifunction
24
24
24
24-240
24, 100-127
24, 200-240
24, 100-127
24-240
Input
Type
Contact
Arrang.
Wiring
Diagram
Functions
Part
Number
Fixed
Fixed
Fixed
Universal
SPDT
SPDT
DPDT
DPDT
1 to 8
1 to 8
9 to 24
9 to 24
1 to 8
1 to 8
9 to 24
9 to 24
3RP15 05-1AQ30
3RP15 05-1AP30
3RP15 05-1BQ30
3RP15 05-1BW30
Fixed
Fixed
Fixed
Fixed
SPDT
SPDT
DPDT
DPDT
1
1
9
9
1
1
9
9
3RP15 25-1AQ30
3RP15 25-1AP30
3RP15 25-1BQ30
3RP15 25-1BP30
3RP1525 Delay On
24
24
24
24
24, 100-127
24, 200-240
24, 100-127
24, 200-240
specified.
subject to change.
Technical support:
1207
Catalog 1308242
Issued 3-03
P&B
Outline Dimensions
3RP1505-1A, 3RP1525-1A
3RP1505-1B, 3RP1525-1B
3.39
(86.0)
.19
(5.0)
.31
(8.0)
2.36
(60.0)
2.99
(76.0)
2.36
(60.0)
1.18
(30.0)
.31
(8.0)
4.33
(110.0)
3.54
(90.0)
3.23
(82.0)
3.39
(86.0)
.19
(5.0)
3.23
(82.0)
4.33
(110.0)
2.44
(62.0)
4.02
(102.0)
2.44
(62.0)
4.72
(120.0)
4.72
(120.0)
.59
(15.0)
.59
(15.0)
.23
(6.0)
.886
(22.5)
.23
(6.0)
.886
(22.5)
Wiring Diagram
1. On-Delay
2. Off-Delay
With Auxiliary Voltage
3RP1505-1A
3RP1525-1A
3RP1505-1A
3RP1505-1A
AC/DC 24V
AC/DC 24V
A1 A3
15
A2
16 18
A1 B1 A3 B3 15
5. Making-Pulse Contact
3RP1505-1A
3RP1525-1A
A2
16 18
6. Breaking-Pulse Contact
AC/DC 24V
A1 A3
15
A2
➝
16 18
15
25
A2
16 18
26 28
13. Making-Pulse Contact
3RP1505-1B
A1 B1 A3 B3 15
A2
➝
16 18
11. On-and Off-Delay
25
➝
26 28
AC/DC 24V
16 18
25
A2
16 18
A1 B1 A3 B3 15
26 28
15. Pulse Forming
A2
26 28
specified.
26 28
16. Additive On-Delay With Auxiliary
Voltage and Instantaneous Contact
AC/DC 24V
AC/DC 24V
25
16 18
25
3RP1505-1B
AC100/127V
AC200/240V
AC100/127V
AC200/240V
A1 B1 A3 B3 15
12. Flashing
AC100/127V
AC200/240V
A2
AC/DC 24V
16 18
3RP1505-1B
A1 B1 A3 B3 15
26 28
AC100/127V
AC200/240V
15
A2
3RP1505-1B
➝
A2
16 18
25
➝
A1 A3
➝
16 18
AC/DC 24V
AC/DC 24V
A1 B1 A3 B3 15
AC100/127V
AC200/240V
3RP1505-1B
AC100/127V
AC200/240V
AC/DC 24V
3RP1505-1B
AC100/127V
AC200/240V
A1 A3
8. Additive On-Delay With Auxiliary
Voltage and Instantaneous Contact
AC100/127V
AC200/240V
A2
AC/DC 24V
AC/DC 24V
16 18
Σ
➝
16 18
3RP1505-1B
AC100/127V
AC200/240V
A2
3RP1505-1A
A1 B1A3 B3 15
10. Off-Delay
3RP1505-1B
3RP1525-1B
15
AC/DC 24V
A1 B1A3 B3 15
9. On-Delay
7. Pulse Forming
AC100/127V
AC200/240V
A2
A1 A3
16 18
3RP1505-1A
AC100/127V
AC200/240V
AC100/127V
AC200/240V
AC/DC 24V
AC100/127V
AC200/240V
A1 B1 A3 B3 15
3RP1505-1A
AC/DC 24V
3RP1505-1A
AC100/127V
AC200/240V
A2
4. Flashing
AC/DC 24V
AC100/127V
AC200/240V
AC100/127V
AC200/240V
3. On and Off Delay
A1 B1 A3 B3 15
25
A1 B1 A3 B3 15
21
Σ
A2
➝
16 18
➝
26 28
subject to change.
A2
16 18
22 24
Technical support:
Catalog 1308242
Issued 3-03
P&B
Wiring Diagrams (continued)
18. Off-Delay
With Auxiliary Voltage and
Instantaneous Contact
3RP1505-1B
19. On and Off Delay
3RP1505-1B
AC/DC 24V
3RP1505-1B
15
21
A2
16 18
22 24
A2
21. Making-Pulse Contact and
AC100/127V
AC200/240V
A1 B1 A3 B3 15
21
A2
22 24
16 18
3RP1505-1B
A2
➝
16 18
22 24
A2
➝
21
21
22 24
A2
16 18
22 24
24. Star-Delta Function
3RP1505-1B
AC/DC 24V
AC/DC 24V
A1 B1 A3 B3 15
15
15
AC100/127V
AC200/240V
AC100/127V
AC200/240V
AC100/127V
AC200/240V
A1 A3
A1 A3
3RP1505-1B
AC/DC 24V
AC/DC 24V
16 18
21
23. Pulse Forming With
Auxiliary Voltage and
3RP1505-1B
AC100/127V
AC200/240V
AC/DC 24V
AC100/127V
AC200/240V
A1 B1 A3 B3 15
A1 A3
3RP1505-1B
AC/DC 24V
AC/DC 24V
AC100/127V
AC200/240V
AC100/127V
AC200/240V
20. Flashing and
16 18
A1 B1 A3 B3 15
21
➝
16 18
A2
22 24
21
A1 A3
22 24
A2
17
27
Y18
∇
17. On-Delay and
28
Timing Function Descriptions and Settings
3RP1505-1A
3RP1505-1B
1. On Delay
5. Impulse On
9. On Delay
13. Impulse On
17. On Delay
A./A2
A./A2
A./A2
A./A2
A./A2
15/18
15/16
15/18
15/16
t
15/18
15/16
t
15/18
15/16
t
25/28
25/26
25/28
25/26
15/18
15/16
t
21. Impulse On
A./A2
15/18
15/16
t
21/24
21/22
21/24
21/22
t
2. Off Delay
6. Impulse Off
10. Off Delay
14. Impulse Off
18. Off Delay
22. Impulse Off
A./A2
A./A2
A./A2
A./A2
A./A2
A./A2
>
_ 35ms
B./A2
15/18
15/16
t
3. On/Off Delay
>
_ 35ms
B./A2
15/18
15/16
t
>
_ 35ms
B./A2
15/18
15/16
t
25/28
25/26
>
_ 35ms
B./A2
15/18
15/16
t
25/28
25/26
>
_ 35ms
B./A2
15/18
15/16
t
21/24
21/22
11. On/Off Delay
15. Pulse Shaping
19. On/Off Delay
A./A2
A./A2
A./A2
A./A2
A./A2
A./A2
B./A2
15/18
15/16
B./A2
15/18
15/16
B./A2
15/18
15/16
B./A2
15/18
15/16
B./A2
15/18
15/16
B./A2
15/18
15/16
t
t
t
25/28
25/26
t
t
25/28
25/26
>
_ 35ms
t
t
8. Cumulative On Delay
12. Flasher
16. Cumulative On Delay 20. Flasher
A./A2
15/18
15/16
A./A2
t1
B./A2
15/18
15/16
A./A2
15/18
15/16
A./A2
t1
B./A2
15/18
15/16
t
t
t3
Σt
t2
25/28
25/26
t
t
22/24
21/22
specified.
t
21/24
21/22
4. Flasher
t3
Σt
t2
A./A2
15/18
15/16
21/24
21/22
subject to change.
t
t
21/24
21/22
7. Pulse Shaping
>
_ 35ms
>
_ 35ms
B./A2
15/18
15/16
23. Pulse Shaping
>
_ 35ms
t
21/24
21/22
24. Star/Delta
t
A./A2
17/18
27/28
t
50ms
Technical support:
1209
Catalog 1308242
Issued 3-03 (PDF Rev. 4-04)
NOTE: This product has been discontinued. This data is for
reference only. Suggested alternatives are the P&B
CNT, CNS and CNM5 series time delay relays.
AGASTAT
48K series
Programmable
Time Delay Relay
•
•
•
•
•
•
•
Up to 8 user-programmable timing modes
0.1 sec. to 10 hr. programmable timing range
Socket or panel mount (1/16 DIN enclosure)
Universal (24-240VAC/24-125VDC) and fixed input types
10A output relay with DPDT contacts
Two LED indicators on universal input types
ANSI C37.90 transient protection on universal input types
File E60363
File LR29186
Timing Modes
Initial Dielectric Strength
Modes are user selectable via rotary selector switch (shown above) or
screwdriver adjustment on optional recessed knob equipped models that
are available on a special order basis for tamper-resistant requirements.
Modes offered on specific models are:
48K91U: On-Delay, Off-Delay, Interval, On/Interval, One Shot, Repeat
Cycle, On-Delay/Off-Delay, Accumulating On.
48K90U: On-Delay, Interval, On/Interval, Repeat Cycle.
48K01A: On-Delay.
Between Coil, Contacts and Case: 1,500VAC.
Timing Ranges: 0.1 to 1 / 1 to 10 / 10 to 100 sec.; 1 to 10 / 10 to 100 min.;
1 to 10 hr.
Timing Adjustment: Potentiometer adjustment with linear reference
calibrations. Recessed dial option is available on a special order basis for
tamper-resistant requirements.
Accuracy: Repeat Accuracy: ± 0.5% ± 0.02 sec.
Overall Accuracy: ± 1% ± 0.02 sec.
Reset Time: 25 ms.
Relay Operate Time: 50 ms.
Relay Release Time: 50 ms.
Arrangements: 2 Form C (DPDT).
Rating: 10A @ 30VDC or 120/240VAC, resistive.
Expected Mechanical Life: 10 million operations.
Expected Electrical Life: 100,000 operations, min., at rated load.
Input Data @ 25°C
Voltage: 48K90U & 48K91U: 24 - 240VAC, 50/60 Hz. and 24-125VDC.
48K01A: 120VAC, 50/60 Hz.
Power Requirement: 2W, max.
Transient Protection: 48K90U & 48K91U: Meets ANSI C37.90 Transient
Specification.
48K01A: 2,500V for 1ms.
Environmental Data
Mechanical Data
Termination: 8 or 11-pin octal style plug.
Enclosure: Grey plastic 1/16 DIN case for socket or panel mounting.
Indicating LEDs:
48K90U & 48K91U: Power On LED & Output Contacts LED (Typically
flashes when timing, stays on when output relay is
energized.)
48K01A: Output Contacts LED
Sockets: Fits either 27E123 or 27E892 (snap-on) screw terminal sockets.
Weight: 5 oz. (142g) approximately.
Ordering Information – Authorized distributors are likely to stock boldface part numbers listed below.
Part Number
Timing Modes
Operating Voltage
Termination Pins
48K01AS
One - On-Delay
120VAC 50/60 Hz.
8
48K90US
Four - On-Delay, Interval, On/Interval, Repeat Cycle
Universal (24-240VAC, 50/60 Hz. or 24-125VDC)
8
48K91US
Eight - On-Delay, Off-Delay, Interval, On/Interval, One Shot,
Repeat Cycle, On-Delay/Off-Delay, Accumulating On
Universal (24-240VAC, 50/60 Hz. or 24-125VDC)
11
Ordering Note: The part numbers listed above are standard products with knobs for adjustment of mode, range and timing. On a special order basis other models are
available with recessed dials requiring a screwdriver for adjustment. On the special order versions, the "S" part number suffix is replaced by an "R" suffix. Consult factory
for availability of special order models.
Outline Dimensions
Wiring Diagrams (Bottom Views)
(pins numbered clockwise from keyway)
1.89
(48.0) Max.
48K91US
(dotted line represents
internal connection)
1.89
(48.0) Max.
specified.
subject to change.
48K90US
48K01AS
Technical support:
Catalog 1308242
Issued 3-03
P&B
CNT series
Multifunction, Digital
Time Delay Relay/Counter
•
•
•
•
•
•
•
10 programmable timing modes + 2 counting modes
0.1 sec. to 9,990 hr. programmable timing range
1 to 99,900 counting range
LCD digital display
Universal (24-240VAC/VDC) and fixed input types
Thumbwheel switches for programming
File E22575
File LR15734
Timing and Counting Modes
Input Data @ 25°C
See the following page for a complete description of all programmable timing and counting modes.
Voltage: Universal Input Type: 24 - 240V ± 15%, 50/60 Hz. AC or DC.
Fixed Input Types: 120VAC ± 15%, 50/60 Hz and 12VDC.
Power Requirement:
Universal Input Type: 10VA @ 240VAC; 5VA @ 120VAC; 1VA @ 24VAC.
10W @ 240VDC; 5W @ 120VDC; 1W @ 24VDC.
Fixed Input Types: 3VA @ 120VAC; 3W @ 12VDC.
Transient Protection: Yes.
Reverse Voltage Protection: Yes.
Timing Ranges: 0.1 to 99.9 / 1 to 999 sec.; 0.1 to 99.9 / 1 to 999 min.;
0.1 to 99.9 / 1 to 999 / 10 to 9,990 hr.
Timing Adjustment: Digital adjustment via thumbwheel switches.
Tolerance: ±0.5% ±0.05 sec.
Delta Time (for AC units add ±1 cycle 60 Hz.): ± 0.1% ± 0.05 sec.
Repeatability (Including first cycle of operation.): ±0.1% ±0.05 sec.
Reset Time (power interruption): 45 ms, typ.; 60 ms, max.
Minimum Pulse Width, Control: 50 ms.
Recycle Time: 45 ms, typ.; 60 ms, max.
Counting Specifications
Maximum Count: 1 to 999; 10 to 9,990 (÷10); 100 to 99,900 (÷100).
Maximum Count Rate: 100 counts per second.
Mimumum Pulse Width:Count (Control): 3 ms.; Reset: 3 ms.
Available Counting Functions: Operate at preset count and release at
preset count.
Material: Silver-cadmium oxide alloy.
Rating: 10A @ 30VDC or 277VAC, resistive; 1/2 HP @ 250VAC; 1/3 HP @
120VAC.
Between Open Contacts: 1,000V rms, 60 Hz.
Between All Other Conductors: 1,500V rms, 60Hz.
Input Voltages & Limits @ 25°C
Input
Type
Nominal
Voltage
Minimum
Voltage
Maximum
Voltage
Universal
Fixed
24-240VAC/VDC
120VAC
12VDC
20.4VAC/VDC
102VAC
10.2VDC
276VAC/VDC
138VAC
13.8VDC
Note: DC voltage must be filtered (5% p-p ripple max. at nom. voltage).
AC models will operate on 50 or 60 Hz.
Environmental Data
Humidity: 85% relative humidity, non-condensing.
Mechanical Data
Termination: 11-pin octal style plug.
Enclosure: Beige plastic 1/16 DIN case.
Weight: 4.3 oz. (122g) approximately.
External Control: CONTROL, RESET: Active on contact closure or solid
state switch closure to RETURN, 0-1.0VDC maximum
voltage level (see wiring diagrams for interface circuits.
Accessories
Universal Input Model
Input Voltage
24-240VAC/VDC
Part Number
Part Number
CNT-35-96
SSA-24C667
Part Number
12VDC
120VAC
CNT-35-26
CNT-35-76
Outline Dimensions
1.88
(47.8)
.32
(8.1)
2.83
(71.9)
EXTERNAL CONTROL SWITCHES**
CONTROL
(COUNT)
RETURN
O
NC
1
1
H
+
Fits 1.77 x 1.77 (45 x 45)
Panel cutout
3.15
(80.0)
.64
(16.3)
specified.
RETURN
USE SAME
FOR RESET
1.76
(44.7)
1
RESET
CONTROL
RESET
N
1.88
(47.8)
A
Description
Ratchet-fit clip slides onto CNT from behind
to secure CNT in panel mount applications.
SSA-24C668 Protective Cover Clear, flexible cover slips snugly over bezel of
CNT to help protect against dust and moisture.
Durable cover also helps prevent inadvertant
changes of programming switch settings.
Fixed Input Models
Input Voltage
Name
Mounting Clip
1 11
INPUT* _
+
1 11
INPUT*
_
* Note: Input polarity for DC operation. For most reliable operation on AC, connect high side
to “+” and low side to “–”.
** Important: A dry circuit switch is recommended. A “dry circuit” switch is one rated to
reliably switch currents of less than 50mA. Use of a switch rated for other
than dry circuit may result in failure of the time delay relay to function properly.
subject to change.
Technical support:
1211
Catalog 1308242
Issued 3-03
P&B
Protective Cover & Mounting Clip Dimensions
SSA-24C668
SSA-24C667
Protective Cover
“A
”
Mounting Clip
1.99
(50.5)
.40
(10.2)
2.283 1.970
(58.0) (50.0)
2.047
(52.0)
1.99
(50.5)
.591
(15.0)
1.654
(42.0)
1.890
(48.0)
Section "A-A"
“A
”
Programming Switch Diagram
With this setting, the relay would operate after a delay period of 214 seconds.
Function Select:
Timer Mode:
Counter Mode:
A = Delay On Operate
B = Delay On Release
C = Interval On
D = Control-Off Interval On
B = Divide by 10
E = Recycle
F = Single Cycle
G = Control On-Off Interval On
H = Control On-Off Delay
C = Divide by 100
A
2
1
4
S
I = Pulse
J = Cumulative Delay On Operate
A & D-J = Normal Count
Time/Counter Setting: 001 to 999
Time Base/Counter Mode Select:
Time Base:
.1S = 0.1 to 99.9 Sec. .1M = 0.1 to 99.9 Min.
.1H = 0.1 to 99.9 Hrs.
S = 1 to 999 Sec.
M = 1 to 999 Min.
H = 1 to 999 Hrs.
Counter Mode: CO = Operate at Preset Count
CR = Release at Preset Count
10H =10 to 9990 Hrs.
Timer Function Descriptions
A . Delay On Operate
Output relay turned on at end of programmed time interval which is started
by CONTROL input or power-on with CONTROL on. Relay turned off by
RESET input until next cycle is started. With CONTROL on, turning RESET
off restarts timing
B. Delay On Release
Output relay turned on with CONTROL input and remains on for programmed
time interval following removal of CONTROL. During time interval after
release of CONTROL, RESET turns relay off until cycle restarted with
reapplication of CONTROL. With CONTROL on, relay is held off while
RESET is activated.
C. Interval On
Output relay turned on for programmed time interval by CONTROL or poweron with CONTROL on. RESET turns relay off until next cycle is started, and
does not restart timing when RESET is removed.
D. Control-Off Interval On
Output relay turned on for programmed time interval by turn-off of CONTROL. RESET turns relay off until next cycle is started, and does not restart
timing when RESET is removed.
E. Recycle
Output relay turned on at end of programmed time interval which is started
by momentary CONTROL input or power-on with CONTROL on. Relay stays
on for equal time interval, then turns off and cycle is repeated on a freerunning basis until terminated by momentary RESET, turning relay off. With
CONTROL on, turning RESET off restarts cycle.
F. Single Cycle
Output relay turned on at end of programmed time interval which is
started by momentary CONTROL input or power-on with CONTROL
on. Relay stays on for equal time interval, then turns off. RESET
terminates timing and turns relay off. Turning RESET off does not restart
timing.
G. Control On-Off Interval On (Watch Dog Timer)
Output relay turned on and programmed time interval started or restarted
by change of CONTROL input. RESET turns relay off and stops timing.
Turning RESET off does not restart timing.
H. Control On-Off Delay
Output relay turned on at end of programmed timing interval which is
started or restarted by change of CONTROL input. If relay is on, turn-off
of relay occurs at end of programmed time interval which is started or
restarted by change of CONTROL input. RESET turns relay off and stops
timing. Turning RESET off does not restart timing.
I. Pulse
Output relay turned on at end of programmed time interval, which is
started by CONTROL input, for 0.5 second duration, and continues in
pulsed mode at programmed time interval with fixed 0.5 second on-time.
Turning CONTROL off turns relay off and stops timing. RESET turns relay
off and inhibits operation. With CONTROL on, removal of RESET restarts
timing.
J. Cumulative Delay On Operate
Output relay turned on at completion of total accumulate CONTROL input
duration equal to programmed time. Turning CONTROL off before
accumulation of programmed time results in measured time total being
held until CONTROL is again turned on and total programmed time value
is reached. RESET input resets time value to zero and turns relay off if
energized. Turning RESET off restarts timing if CONTROL is on.
Counter Function Descriptions
CO – Operate at Preset Count – Normal Mode
CR – Release at Preset Count – Normal Mode
After initializing by momentary activation of RESET input, each on/off signal
at COUNT (CONTROL) input increments displayed count in upcounting
manner from initial 000 value until preset count, set by thumbwheel
switches, is reached and output relay turns on. Additional inputs continue to
increment displayed count. Continued counting past maximum count (999)
results in a “wrap-around” effect to 000, followed by contrinued up-counting.
Activation of RESET input turns relay off and resets count to zero.
Initializing by momentary activation of RESET input turns relay on. Operation
is similar to CO (Operate at Preset Count) except relay turns off at a preset
count.
CO or CR – Divide-by-10 Mode
Operation is as described previously, except count is incremented for every
10 on/off input signals for a maximum presettable count of 9,990.
CO or CR – Divide-by-100 Mode
Operation is as described previously, except count is incremented for every
100 on/off input signals for a maximum presettable count of 99,900.
specified.
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
P&B
CNS series
Multifunction Time Delay Relay
•
•
•
•
•
•
8 programmable timing modes (4 on 8-pin models)
0.1 sec. to 100 min. programmable timing range
Universal (24-240VAC/VDC) and fixed input types
DIP switch selection of timing mode and range
Knob and dial scale for setting actual delay time
File E22575
File LR15734
Timing Modes
Input Data @ 25°C
See the following page for a complete description of timing modes.
Voltage: Universal Input Type: 24 - 240V ± 15%, 50/60 Hz. AC or DC.
Fixed Input Type: 120VAC ± 15%, 50/60 Hz.
Power Requirement:
Universal Input Type: 10VA @ 240VAC; 5VA @ 120VAC; 1VA @ 24VAC.
10W @ 240VDC; 5W @ 120VDC; 1W @ 24VDC.
Fixed Input Type: 3VA @ 120VAC.
Timing Ranges: 0.1 to 1.0 / 1.0 to 10 / 10 to 100 sec.;
0.1 to 1.0 / 1.0 to 10 / 10 to 100 min.
Timing Adjustment: Knob adjustable within selected range.
Tolerance: –0, +20% of max. specified at high end of timing range; min.
specified, or less, at low end.
Delta Time (for AC units add ±1 cycle 60 Hz.): ± 10%.
Repeatability (Including first cycle of operation.): ± 2% (for AC units add
± 1 cycle 60 Hz.).
Input Voltages and Limits @ 25°C
Input
Type
Nominal
Voltage
Minimum
Voltage
Maximum
Voltage
Universal
Fixed
24-240VAC/VDC
120VAC
20.4VAC/VDC
102VAC
276VAC/VDC
138VAC
Environmental Data
Rating: 10 A @ 30VDC or 277VAC, resistive; 1/2 HP @ 250VAC; 1/3 HP @
120VAC.
Between Open Contacts: 1,000V rms, 60 Hz.
Between All Other Conductors: 1,500V rms, 60 Hz.
Mechanical Data
Termination: 8- or 11-pin octal style plug.
Enclosure: Beige plastic 1/16 DIN case. Dial scale provided for knob
adjustment reference.
Sockets: Models with 8-pin base fit either 27E122 or 27E891 (snap-on)
screw terminal sockets. 11-pin types fit either 27E123 or
27E892 (snap-on) screw terminal sockets.
Universal Input Models
Input Voltage
Accessory
Timing Functions No. of Pins Wiring Dia. Part Number
24-240VAC/VDC
24-240VAC/VDC
4
8
8
11
1
2
CNS-35-92
CNS-35-96
Part Number
Name
Description
SSA-24C667
Mounting Clip
Ratchet-fit clip slides onto CNS from behind
to secure CNS in panel mount applications.
Fixed Input Models
Input Voltage
Timing Functions No. of Pins Wiring Dia. Part Number
120VAC
120VAC
4
8
8
11
1
2
CNS-35-72
CNS-35-76
Outline Dimensions
1.88
(47.8)
.65
(16.5)
.32
(8.1)
2.83
(71.9)
\
1
1.76
(44.7)
1.88
(47.8)
+
8
INPUT*
1
–
+
11
INPUT*
–
EXTERNAL
CONTROL
SWITCH**
* Note: Input polarity for DC operation. For most reliable operation on AC, connect high side
Fits 1.77 x 1.77 (45 x 45)
Panel Cutout
3.15
(80.0)
specified.
.64
(16.3)
** Important: A dry circuit switch is recommended. A “dry circuit” switch is one rated to
reliably switch currents of less than 50mA. Use of a switch rated for other than
dry circuit may result in failure of the time delay relay to function properly.
The dotted lines shown between pins on 11-pin diagram indicate internal connections.
subject to change.
Technical support:
1213
Catalog 1308242
Issued 3-03
P&B
Mounting Clip Dimensions
SSA-24C667
Mouting Clip
2.283 1.970
(58.0) (50.0)
2.047
(52.0)
1.654
(42.0)
1.890
(48.0)
.591
(15.0)
Timing Range Switch Settings
DIP Switch Layout
DIP Switch
Setting
On
Timing Range
DIP Switch
Setting
0.1 - 1.0 Second
1
2
3
4
Function
Setting
5
6
5
6
7
5
6
7
Time
Setting
5
6
7
Note: The solid black blocks in the DIP switch diagrams indicate the switch positions. For
example, all the switches are “off” in the diagram above.
0.1 - 1.0 Minute
5
6
7
5
6
7
5
6
7
1.0 - 10 Seconds
7
Timing Range
1.0 - 10 Minutes
10 - 100 Seconds
10 - 100 Minutes
Timing Function Descriptions and Switch Settings
8 Or 11 Pin
11 Pin Only
Delay on Operate
Delay on Release
1
2
3
4
1
72 & 92 - Output relay is energized at the completion of the time interval which is initiated
by the application of input voltage.
76 & 96 - Same as the above except, closing the control switch after time out will deenergize the relay and reset the timer. Opening the switch will initiate another time interval.
Closing the control switch during timing will reset the time to zero and inhibit timing until
opened again.
2
3
4
76 & 96 - Output relay is energized by the closing of the control switch with the input applied
or the application of input voltage with the control switch already closed. The time interval will
be initiated by the opening of the control switch with the relay de-energizing at the completion
of the time interval. Closing the control switch after time out will energize the relay in
preparation for another time interval. Closing the control switch during timing will reset the
time to zero and inhibit timing until opened again.
Inverted Delay on Release
Interval On (Input Controlled)
1
1
2
3
4
72 & 92 - Output relay is energized by the application of input voltage. The time interval is
initiated at the same time with the relay de-energizing at the completion of the time interval.
76 & 96 - Same as above. Closing the control switch will have no effect on timing or the
state of the relay.
2
3
4
72 & 92 - No Time Delay - Instantly On
76 & 96 - Output relay will energize with the application of the input voltage when the
control switch is open. Control switch closing will de-energize the relay. A timing interval will
be initiated with the opening of the control switch, at the completion of which the relay
willenergize. With the control switch closed upon application of input voltage, the relay will
wait until the control switch is opened to initiate a time interval after which the relay will
energize. Closing of the control switch during timing will reset the time to zero and inhibit
timing until opened again.
Interval On (Switch Controlled)
Recycler (Initially Off)
1
2
3
4
72 & 92 - Output relay will begin cycling at a 50% duty cycle with the application of input
power. The initial state of the relay will be de-energized.
76 & 96 - Same as the above except, closing the control switch will de-energize the relay
and inhibit timing until it is once again opened, at which time it will start from zero time.
1
2
3
4
76 & 96 - Output relay is energized by the application of input voltage with the control switch
closed or the closing of the control switch with the input applied. Immediately upon either,
timing is initiated with the relay de-energizing at the completion of the time interval. Closing the
control switch after time out will reset the timer, energize the relay, and initiate another time
interval. Closing the control switch during timing will have no effect on timing or the state of the
relay.
Interval Off
Recycler (Initially On)
1
2
3
4
72 & 92 - Output relay will begin cycling at a 50% duty cycle with the application of input
power. The initial state of the relay will be energized.
76 & 96 - Same as the above except, closing the control switch will energize the relay and
inhibit timing until it is once again opened, at which time it will start from zero time.
specified.
1
2
3
4
76 & 96 - Output relay will initially be energized with the application of the input voltage when
the control switch is open. Control switch closing will de-energize the relay and start a time
interval. At the completion of the time interval, the relay will energize. With the control switch
closed upon application of input voltage, a time interval will be initiated after which the relay will
energize. Closing of the control switch during timing will have no effect on timing or the state
of the relay.
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
P&B
CNM5 series
Multifunction Time Delay Relay For
Plug-In or Panel Mounting
•
•
•
•
•
•
Five timing functions selectable via rotary switch
0.1 sec. to 9,990 hr. timing range
Fixed input type (120VAC ± 15%)
1/16 DIN style enclosure with 11-pin plug-in base
Thumbwheel switches for programming delay time
File E22575
File LR15734
Timing Functions
See the following page for a complete description of timing functions.
Between Output Poles: 1,500V rms, 60 Hz.
Between Input and Output: 1,500V rms, 60Hz.
Input Data @ 25°C
Timing Ranges: 0.1 to 99.9 / 1 to 999 sec.;
0.1 to 99.9 / 1 to 999 min.;
0.1 to 99.9 / 1 to 999 / 10 to 9,990 hr.
Tolerance: ±0.05% ± 0.04 sec.*
Repeatability (Including first cycle of operation.): < ± 0.05% ± 0.04 sec.*
* Timing is synchronized with input voltage frequency. Accuracy is dependent on input
voltage frequency. Tolerance shows maximum variation from utility companies.
Arrangement: 2 Form C (DPDT).
Rating: 10A @ 30VDC or 277VAC, resistive;
1/2 HP @ 250VAC; 1/3 HP @ 120VAC.
Voltage: 120VAC ± 15%, 60 Hz.
Power Requirement: 3VA @ 120VAC.
Transient Protection: 13 Joule MOV.
Input Voltage & Limits
Nominal
Voltage
Minimum
Voltage
Maximum
Voltage
120VAC
102VAC
138VAC
Environmental Data
Mechanical Data
Enclosure: Black plastic 1/16 DIN (48mm x 48mm) case.
Weight: 4.3 oz. (122g) approximate.
Time Delay Relay
Accessory
Input Voltage
Part Number
120VAC
CNM5
Outline Dimensions
Part Number
Name
Description
SSA-24C667
Mounting Clip
Ratchet-fit clip slides onto CNM5 from behind
to secure CNM5 in panel mount applications.
1.88
(47.8)
.32
(8.1)
2.83
(71.9)
SSA-24C667
Mounting Clip
1.88
(47.8)
1.76
(44.7)
3 1 2 S
3.15
(80.0)
.560
(14.2)
Fits 1.77 x 1.77 (45 x 45) panel cutout.
.64
(16.3)
2.283 1.970
(58.0) (50.0)
2.047
(52.0)
.591
(15.0)
1.654
(42.0)
1.890
(48.0)
EXTERNAL CONTROL SWITCH**
CONTROL
1 11
INPUT
Optional Solid State Input Interface
1 11
INPUT
**Important: A dry circuit switch is recommended. A "dry circuit" switch is one rated to
reliably switch currents of less than 50mA. Use of a switch rated for other than dry circuit
may result in failure of the time delay relay to function properly.
specified.
subject to change.
Technical support:
1215
Catalog 1308242
Issued 3-03
P&B
Timer Function Descriptions
Repeat: Output relay is turned on at end of programmed time interval which is
started by application of input power. Relay stays on for equal time interval, then
turns off and cycle is repeated on a free-running basis with equal on and off times
until terminated by removal of input power. LED is flashing when output relay is
off and on continuously when the relay is on. Applying CONTROL input during
timing will have no effect on timing or the state of the relay.
LED to show time status.
See functional explanation for details.
One Shot: Output relay is turned on by applying CONTROL input with input
voltage present or application of input voltage with the CONTROL input on.
Immediately upon either, timing is initiated with the output relay turning off at the
completion of the selected time interval. Applying CONTROL input after time out
will reset the timer, turn on the output relay and initiate another time interval. LED
is on continuously when output relay is off and flashes when the relay is on.
Applying CONTROL input during timing will have no effect on timing or the state
of the relay.
REPEAT
ONE SHOT
OFF DELAY
INTERVAL
ON DELAY
3
1
2
TIME SET
000 TO 999
Off Delay: Output relay is turned on by applying CONTROL input with input
voltage present or application of input voltage with the CONTROL input on. The
time interval will be started by removing the CONTROL input with the output relay
turning off at completion of the time interval. Reapplying the CONTROL during
timing will reset the time to zero and inhibit timing until removed. LED is off when
CONTROL input is on, flashing during timing and on continuously when the output
relay is off.
S
TIME
BASE
Interval: Output relay is turned on for a programmed time interval by applying
input voltage. LED flashes when output relay is on and is on continuously when
the output relay is off. Applying CONTROL input will have no effect on timing or
the state of the relay.
Time Base:
.1 S
S
.1 M
M
.1 H
H
10 H
=
=
=
=
=
=
=
1/10 Seconds
Seconds
1/10 Minutes
Minutes
1/10 Hours
Hours
10 Hours
Timing Range 0.1 to 99.9 Seconds
Timing Range 1 to 999 Seconds
Timing Range 0.1 to 99.9 Minutes
Timing Range 1 to 999 Minutes
Timing Range 0.1 to 99.9 Hours
Timing Range 1 to 999 Hours
specified.
On Delay: Output relay is off for a programmed time interval which is started by
applying input voltage. LED flashes when output relay is off and is on continuously
when the output relay is on. Applying CONTROL input will have no effect on timing
or the state of the relay.
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
AGASTAT
SSF series
Programmable
Time Delay Relay
•
•
•
•
•
•
•
4 user-programmable timing modes
Parameters set with recessed screwdriver dials
Universal voltage (plug-in relay dependent)
10A DPDT replaceable output relay minimizes downtime
Front screw terminals
DIN-rail, panel or machine tool track mount
File E15631
File LR29186
Timing Modes
Modes are user selectable via screwdriver adjustment of recessed 4position selector dial.
Modes offered are: On-Delay, Off-Delay, Interval and Latching Interval.
Between Coil/Control Switch and Contacts: 1,500VAC for one minute.
Input Data @ 25°C
Timing Ranges: 0.1 to 3 / 0.33 to 10 / 1 to 30 / 4 to 120 sec.; 0.33 to 10 /
1 to 30 / 2 to 60 min.; 0.33 to 10 hr.
Timing Range Selection: Screwdriver select via recessed 8-position
selector dial.
Timing Adjustment: Recessed potentiometer adjustment with reference
calibrations.
Accuracy: Repeat Accuracy: ± 1% ± 0.01 sec.
Reset Time: 30 ms.
Relay Operate Time: On-Delay and Interval mode: 30 ms.
Relay Release Time: Off-Delay, Interval and Latching Interval: 30 ms. (with
factory-installed relay).
Rating: 10A @ 28VDC or 120VAC, resistive; 1/3 HP @ 120/240VAC 345VA.
Expected Mechanical Life: 10 million operations (with factory-installed
relay).
Expected Electrical Life: 500,000 operations, min., at rated resistive
load( with factory-installed relay).
Outline Dimensions
2.67
(68)
0.188 (5) WIDE SLOT FOR #8 OR M4 MACHINE SCREW
2.19
(56)
1.095
(28)
0.342 (9)
DIN
TRACK
MOUNT
3.125
(79)
HOLE
PATTERN
FOR
SCREW
MOUNT
2 3
1
4 5
6
3.81
(97)
7 8
Voltage: See Ordering Information section for details.
Transient Protection: Non-repetitive transients of the following magnitudes will not cause spurious operation of affect function and accuracy.
Operating Voltage
<0.1 ms
<1 ms
24, 48 VAC/VDC
1,000V
480V
120, 240VAC/VDC
3,000V
2500V*
* Min. source impedance of 100 ohm@120/240VAC, 3000V <0.1 , sec.
Environmental Data
Mechanical Data
Mounting/Termination: Panel, DIN-rail, Machine Tool mounting track
mounting case with screw terminals.
Ordering Information
SSF
|
R
|
Series SSF
R = UL
Operating Mode 90
Universal
Recognized Multiple modes Timer
Component
On-Delay
Off-Delay
Interval
Latching Interval
9 10
0.343 (9)
6-32 CAPTIVE
CLAMP SCREWS
Wiring Diagram (Top View)
0.322
(8)
90
|
A
|
Operating Voltage
(+10%, –15%)
A = 120VAC, 50/60 Hz.
B = 240VAC, 50/60 Hz.
E = 24VAC, 50/60 Hz.
F = 48VAC, 50/60 Hz.
N = 48VDC
O =24VDC
P = 125VDC
X = No factoryinstalled relay.†
† Voltage determined by customer-supplied relay. Only relays that operate
on the above-listed voltages should be used. Timer operation using
other relay voltages is not recommended.
Authorized distributors are likely to stock the following:
SSFR90A
SSFR90X
specified.
subject to change.
Technical support:
1217
Catalog 1308242
Issued 3-03
AGASTAT
SCF series
Programmable
Time Delay Relay
•
•
•
•
•
•
4 user-programmable timing modes
Parameters set with recessed dials
Narrow width saves panel space
10A DPDT output relay
Socket can be DIN-rail or back panel mounted
File E15631(relay) and E140494 (socket)
File LR29186 (relay) and LR29513M7 (socket)
Timing Modes
Input Data @ 25°C
Modes are user selectable via screwdriver adjustment of recessed 4position selector dial.
Modes offered are: On-Delay, Off-Delay, Interval and Latching Interval.
Timing Ranges: 0.1 to 3 / 0.33 to 10 / 1 to 30 / 4 to 120 sec.; 0.33 to 10 /
1 to 30 / 2 to 60 min.; 0.33 to 10 hr.
Timing Range Selection: Screwdriver select via recessed 8-position
selector dial.
Timing Adjustment: External knob potentiometer adjustment with
reference calibrations.
Accuracy: Repeat Accuracy: ± 1% ± 0.01 sec.
Reset Time: 30 ms.
Relay Operate Time: On-Delay and Interval mode: 55 ms.
Relay Release Time: Off-Delay, Interval and Latching Interval: 40 ms.
Rating: 10A @ 28VDC or 120VAC, resistive; 1/3 HP @ 120/240VAC; 345VA.
Expected Electrical Life: 500,000 operations, min., at rated resistive load.
Operating Voltage
<0.1 ms
<1 ms
12VDC
1,000V
240V*
24VAC/VDC
1,000V
240V*
48 VAC/VDC
1,000V
480V*
120 VAC, 125VDC
3,000V
2,500V*
240VAC/VDC
3,000V
2,500V*
* Minimum source impedance of 100 ohm.
Environmental Data
Mechanical Data
Mounting/Termination: 11-pin octal-type plug for use with mating socket.
Mount relay in horizontal position (pins horizontal, knob down, LEDs up).
Status Indication: Power On LED and Output Contacts LED.
Weight: Relay: 3.5 oz. (156g) approx.; Socket: 1.7 oz. (48.3g) approx.
Between Terminals and Case: 1,000VAC plus twice the nominal voltage
for one minute.
Outline Dimensions
M3 X 0.5 CAPTIVE
CLAMP SCREWS
.84
(21)
CLEARANCE
HOLE FOR
M4 OR #8
MACHINE
SCREW
3.29
(84)
1.38
(35)
1.645
(42)
0.372 (10)
1.42
(36)
0.71
(18)
SCF TIMER
.21
(5)
.109 (3) DIA.
ANTI-ROTATION
PIN BETWEEN
TERMS 10 & 2
RX
90
|
|
Series SCF |
Operating Mode
|
Plug-In
= Multiple Modes
| 90
Programmable
On-Delay
| Off-Delay
Timer
| Interval
| Latching Interval
|
SCF
|
Mounting
RX = Without Socket
RF = With Socket
BCSF11SC SOCKET
Wiring Diagram (Bottom View)
2
|
|
|
|
|
|
|
|
A
|
Output Rating
A = 10 Amp
B = 5 Amp
Output
A
|
|
|
|
|
|
|
|
Operating Voltage
(+10%, –15%)
2 = DPDT Relay
A = 120VAC, 50/60 Hz. / 125VDC
B = 240VAC, 50/60 Hz. §
E = 24VAC, 50/60 Hz. / 24VDC
F = 48VAC, 50/60 Hz. / 24VDC
Q = 12VDC
§ Voltage Option B is only
available with 5 Amp
output option.
None at present.
specified.
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
P&B
CN1 series
On Delay, Time Delay Relay For
Plug-In or Panel Mounting
•
•
•
•
•
0.1 sec. to 9,990 hr. timing range
Fixed input type (120VAC ± 15%)
1/16 DIN style enclosure with 8-pin plug-in base
Thumbwheel switches for programming delay time
File E22575
File LR15734
Timing Function
On Delay – Output relay turns on at the end of a programmed time interval
which is started by applying input voltage. LED flashes when output relay
is off and is on continuously when the output relay is on. Removal of input
voltage turns off output relay. Reapplying input voltage resets the unit.
Between Output Poles: 1,500V rms, 60 Hz.
Between Input and Output: 1,500V rms, 60Hz.
INPUT
VOLTAGE
N.O. RELAY
CONTACTS
Input Data @ 25°C
➛
ON
OFF
ON
OFF
TIME
Voltage: 120VAC ± 15%, 60 Hz.
Power Requirement: 3VA @ 120VAC.
Transient Protection: 13 Joule MOV.
➛
Input Voltage & Limits
Timing Ranges: 0.1 to 99.9 / 1 to 999 sec.;
0.1 to 99.9 / 1 to 999 min.;
0.1 to 99.9 / 1 to 999 / 10 to 9,990 hr.
Tolerance: ± 0.05% ± 0.04 sec.*
Repeatability (Including first cycle of operation.): < ± .05% ± 0.04 sec.*
* Timing is synchronized with input voltage frequency. Accuracy is dependent on input
voltage frequency. Tolerance shows maximum variation from utility companies.
Nominal
Voltage
Minimum
Voltage
Maximum
Voltage
120VAC
102VAC
138VAC
Environmental Data
Arrangement: 2 Form C (DPDT).
Rating: 10A @ 30VDC or 277VAC, resistive;
1/2 HP @ 250VAC; 1/3 HP @ 120VAC.
Mechanical Data
Enclosure: Black plastic 1/16 DIN (48mm x 48mm) case.
Weight: 4.3 oz. (122g) approximate.
Time Delay Relay
Accessory
Input Voltage
Part Number
120VAC
CN1
Name
Description
SSA-24C667
Mounting Clip
Ratchet-fit clip slides onto CN1 from behind
to secure CN1 in panel mount applications.
Outline Dimensions
1.88
(47.8)
Part Number
.32
(8.1)
SSA-24C667
2.83
(71.9)
Mounting Clip
1.88
(47.8)
1.76
(44.7)
3 1 2 S
Fits 1.77 x 1.77 (45 x 45) panel cutout.
3.15
(80.0)
2.283 1.970
(58.0) (50.0)
2.047
(52.0)
.591
(15.0)
1.654
(42.0)
1.890
(48.0)
.64
(16.3)
1
.1 S
S
.1 M
M
.1 H
H
10 H
8
INPUT
Time Base
specified.
=
=
=
=
=
=
=
1/10 Seconds
Seconds
1/10 Minutes
Minutes
1/10 Hours
Hours
10 Hours
Timing Range 0.1 to 99.9 Seconds
Timing Range 1 to 999 Seconds
Timing Range 0.1 to 99.9 Minutes
Timing Range 1 to 999 Minutes
Timing Range 0.1 to 99.9 Hours
subject to change.
Technical support:
1219
Catalog 1308242
Issued 3-03
P&B
CG series
CMOS IC Time Delay Relay
• Repeatability to .05%
• Choice of timing modes
– Delay on operate
– Delay on release
– Interval on
• Knob adjustable
• 10A output relay with DPDT contacts
• Various models time from 0.5 sec. to 100 min.
File E22575
File LR15734
Timing Modes
Delay on operate – Delay period begins when input voltage is applied. At
the end of the delay period, the relay will operate and will not release until
input voltage is removed. Reset occurs when input voltage is reapplied.
ON
OFF
N.O. RELAY
CONTACTS
ON
OFF
➛
INPUT
VOLTAGE
Rating: 10A @ 30VDC or 277VAC, resistive; 1/2 HP @ 250VAC;
1/3 HP @ 120VAC.
➛
TIME
Delay on release – Input voltage must be applied continuously to operate
the internal relay. When the control switch is closed, the relay energizes.
When the control switch is opened, timing begins. When timing is
complete, the relay will de-energize. Time may be reset to zero during
timing by closing the control switch.
CONTROL
SWITCH
ON
OFF
Input Data @ 25°C
N.O. RELAY ON
CONTACTS OFF
TIME
➛
➛
Interval on – The relay energizes and timing begins when input voltage is
applied. At the end of the time delay period the relay will de-energize.
Reset is accomplished by removing, then reapplying, the input voltage.
ON
OFF
N.O. RELAY ON
CONTACTS OFF
Voltage: 120VAC and 24VDC.
Power Requirement: AC Types: Typically less than 3 VA.
DC Types: Typically less than 3 W.
Input Voltages & Limits @25°C
Voltage
Type
Nominal
Voltage
Minimum
Voltage
Maximum
Voltage
AC
DC
120
24
105
20
130
32
➛
INPUT
VOLTAGE
Between Open Contacts: 500V rms, 60 Hz.
Between All Other Conductors: 500V rms, 60 Hz.
TIME
➛
Environmental Data
Timing Ranges: From 0.5 to 5.0 sec. through 10 to 100 min.
Timing Adjustment: Knob adjustable.
Tolerance (for AC units add ±1/2 cycle 60 Hz.):
Knob Adj. Types:–0, +10% of max. specified at high end of timing range;
+0, –10% of min. specified at low end.
Delta Time (for AC units add ±1 cycle 60 Hz.): ± 2%, typ.; ± 5%, max.
Repeatability (including first cycle of operation):
AC: ± 0.1%, typ.; ± 0.5%, max.; but not less than ± 16 ms.
DC: ± 0.05% typ.; ± 0.1% max.; but not less than ± 3 ms.
Release Time: 30 ms, typ.; 45 ms, max.
Recycle Time: AC: 40 ms, typ.; 60 ms, max.
DC: 30 ms, typ.; 45 ms, max.
specified.
Mechanical Data
Enclosure: Yellow plastic case. Knob adjustable types have dial scale for
reference only.
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
P&B
Delay on Operate Models
Voltage
120VAC
24VDC
Time
Delay on Release Models
Adjustment
0.5 to 5 Min.
1 to 10 Min.
5 to 50 Min.
10 to 100 Min.
5 to 50 Min.
Wiring Dia.
Knob
1
Knob
1
Part Number
Voltage
CGB-38-70005M
CGB-38-70010M
CGB-38-70050M
CGB-38-70100M
120VAC
CGD-38-30050M
Time
Adjustment
Wiring Dia.
Part Number
Knob
2
CGB-38-78010M
CGB-38-78050M
1 to 10 Min.
5 to 50 Min.
Interval on Models
Voltage
Adjustment
Wiring Dia.
Part Number
120VAC
0.5 to 5 Sec.
1 to 10 Min.
Time
Knob
1
CGB-38-79005S
CGB-38-79010M
24VDC
1 to 10 Min.
Knob
1
CGD-38-39010M
➛
Outline Dimensions
2.406 MAX.
(61.1)
➛
2.937 MAX.
(74.6)
➛
➛
➛
➛
.56
(14.2)
➛
.60
(15.2)
1.781 MAX.
(45.2)
➛
➛
➛
➛
Fig.1
8 Pin
➛
➛
+ INPUT _
(DC POLARITY INDICATED)
➛
➛
➛
Wiring Diagrams – Bottom Views (pins numbered clockwise from keyway)
EXT.
CONT.
SW*
_
+
INPUT
Fig.2
11 Pin
* If control switch is closed when power is applied, relay will immediately energize. A 50 millisecond minimum switch closure is required. IMPORTANT: a dry circuit switch is recommemded. A
“dry circuit” switch is one rated to reliably switch currents of less than 50mA. Use of a switch rated for other than dry circuit may result in failure of the time delay relay to function properly.
** Note: input polarity for DC operation. For most reliable operation on AC, connect high side to “+” and low side to “–”.
specified.
subject to change.
Technical support:
1221
Catalog 1308242
Issued 3-03
P&B
CD series
1% Repeatability
Operates from -40°C to +55°C
Delay on operate or delay on release timing modes
Fixed, knob or resistor adjustable types
– Calibrated dial on knob adjustable types
• 10A output relay with SPDT or DPDT contacts
• Various models time from 0.1 to 180 sec.
•
•
•
•
File E22575
File LR15734
Timing Modes
ON
OFF
N.O. RELAY
CONTACTS
ON
OFF
➛
INPUT
VOLTAGE
TIME
➛
Input Data @ 25°C
the internal relay. When control Input is applied, the relay energizes.
When control input is removed, timing begins. When timing is complete,
the relay will de-energize. Time may be reset to zero during timing by
reapplying control input.
ON
OFF
N.O. RELAY ON
CONTACTS OFF
➛
CONTROL
INPUT
TIME
➛
Voltage: 24 & 120VAC and 12 through 110VDC.
Voltage
Type
Nominal
Voltage
Minimum
Voltage
Maximum
Voltage
AC
24
120
12
24
48
110
20
105
11
20
41
95
28
130
13
32
55
125
DC
Timing Ranges: From 0.1 to 180 sec.
Timing Adjustment: Fixed, external resistor and knob adjustable.
Knob Adj. Types: ± 5% of max. specified at high end of timing range; min.
specified, or less, at low end; ± 10% full scale.
Fixed Types:
± 5%.
Res. Adj. Types: ± 5% at high end of timing range; min. specified, or less,
at low end.
Repeatability (for AC units add ±1 cycle 60 Hz.): ± 1%.
120VAC.
Mechanical Data
Environmental Data
specified.
Enclosure: Yellow plastic case. Knob adjustable types have dial scale
calibrated in seconds ± 5%.
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
P&B
Voltage
120VAC
Time
Adjustment
0.1 to 1 Sec.
0.1 to 5 Sec.
0.1 to 10 Sec.
0.3 to 30 Sec.
0.6 to 60 Sec.
1.8 to 180 Sec.
Wiring Dia.
Knob
Part Number
Voltage
CDB-38-70001
CDB-38-70002
CDB-38-70003
CDB-38-70006
CDB-38-70004
CDB-38-70005
1
120VAC
Time
Adjustment
0.1 to 1 Sec.
0.1 to 5 Sec.
0.1 to 10 Sec.
0.3 to 30 Sec.
0.6 to 60 Sec.
1.8 to 180 Sec.
Knob
Wiring Dia.
3
Part Number
CDB-38-70016
CDB-38-70091
CDB-38-70014
CDB-38-70092
CDB-38-70012
CDB-38-70015
120VAC
1 Sec.
Fixed
CDA-38-70012
120VAC
1 Sec.
Fixed
3
CDA-38-70025
120VAC
0.1 to 1 Sec.
0.1 to 5 Sec.
0.1 to 10 Sec.
Resistor
CDF-38-70001
CDF-38-70002
CDF-38-70003
12VDC
180 Sec.
Fixed
3
CDC-38-20026
3
Knob
1
CDD-38-30003
CDD-38-30004
CDD-38-30005
0.1 to 10 Sec.
0.6 to 60 Sec.
1.8 to 180 Sec.
Knob
24VDC
0.1 to 10 Sec.
0.6 to 60 Sec.
1.8 to 180 Sec.
24VDC
CDD-38-30014
CDD-38-30012
CDD-38-30008
48VDC
0.6 to 60 Sec.
Knob
1
CDD-38-40002
Knob
1
110VDC
0.1 to 1 Sec.
0.1 to 10 Sec.
0.6 to 60 Sec.
1.8 to 180 Sec.
2
CDD-38-60004
CDD-38-60001
CDD-38-60002
CDD-38-60003
➛
Outline Dimensions
2.406 MAX.
(61.1)
➛
2.937 MAX.
(74.6)
➛
➛
➛
➛
.56
(14.2)
➛
.60
(15.2)
1.781 MAX.
(45.2)
➛
CONTROL
INPUT* _
EXTERNAL RESISTOR
+
➛
➛
➛
➛
➛
➛
➛
➛
➛
➛
➛
➛
_
INPUT
(DC POLARITY INDICATED)**
_
INPUT
_
SUPPLY
INPUT
Fig. 1
8 Pin
Fig. 2
11 Pin
Fig. 3
11 Pin
+
+
+
* If control input is applied when supply input is applied, relay will immediately energize. A 50 millisecond minimum control pulse is required.
** Note Input polarity for DC operation. For most reliable operation on AC, connect high side to “+” and low side to “–”.
External Resistor Selection Chart
See External Resistor Selection Charts at beginning of Time Delay Relay section of this Databook.
specified.
subject to change.
Technical support:
1223
Catalog 1308242
Issued 3-03
P&B
CK series
Mid-Priced CMOS IC Time Delay Relay
– Delay on dropout (no input required during timing)
– Interval on
• Knob or resistor adjustable types
File E22575
File LR15734
Timing Modes
ON
OFF
ON
OFF
➛
INPUT
VOLTAGE
N.O. RELAY
CONTACTS
➛
TIME
ON
OFF
N.O. RELAY
CONTACTS
ON
OFF
➛
CONTROL
SWITCH
TIME
➛
Delay on dropout – The relay operates immediately upon application of
input voltage. Timing begins when input voltage is removed. When timing
is complete, the relay will de-energize. Reset occurs when input voltage is
reapplied.
ON
OFF
ON
OFF
➛
INPUT
VOLTAGE
N.O. RELAY
CONTACTS
TIME
➛
Interval on (with control switch) – Input voltage must be applied
continuously to operate the internal relay. The relay energizes and timing
begins when the external switch is closed. At the end of the time delay
period the relay will de-energize. Reset is accomplished by opening and
reclosing the control switch.
ON
OFF
N.O. RELAY
CONTACTS
ON
OFF
TIME
Input Data @ 25°C
Voltage: 24 & 120VAC and 12 & 24VDC.
Initiate Time: Delay on dropout timers must have input voltage applied for
a minimum of three seconds for dropout function to be
guaranteed.
Voltage
Type
Nominal
Voltage
Minimum
Voltage
Maximum
Voltage
AC
24
120
12
24
20
105
11
20
28
130
13
32
DC
Environmental Data
Timing Adjustment: External resistor and knob adjustable.
min. specified, or less, at low end.
Fixed Types:
± 5%.
at low end.
➛
➛
CONTROL
SWITCH
120VAC.
specified.
Mechanical Data
Enclosure: White plastic case. Knob adjustable types have dial scale for
reference only.
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
P&B
Delay On Release Models
Delay On Operate Models
Voltage
Time
24VAC
0.1 to 10 Sec.
120VAC
0.1 to 10 Sec.
0.6 to 60 Sec.
1.2 to 120 Sec.
1.8 to 180 Sec.
Adjustment
Wiring Dia.
Part Number
Knob
1
CKB-38-30010
Knob
1
CKB-38-70010
CKB-38-70060
CKB-38-70120
CKB-38-70180
120VAC
0.1 to 10 Sec.
Resistor
2
CKF-38-70010
12VDC
0.1 to 10 Sec.
Knob
1
CKD-38-20010
Voltage
Time
120VAC
0.1 to 10 Sec.
0.6 to 60 Sec.
1.8 to 180 Sec.
Adjustment
Wiring Dia.
Part Number
Knob
3
CKB-38-78010
CKB-38-78060
CKB-38-78180
120VAC
24VDC
0.1 to 10 Sec.
Resistor
4
CKF-38-78010
0.1 to 10 Sec.
Resistor
4
CKH-38-38010
Adjustment
Wiring Dia.
Part Number
Knob
1
CKB-38-37010
CKB-38-37060
Knob
1
Adjustment
Wiring Dia.
Part Number
Knob
3
CKB-38-79010
Delay On Dropout Models
Voltage
24VAC
120VAC
Time
0.1 to 10 Sec.
0.6 to 60 Sec.
0.1 to 10 Sec.
0.6 to 60 Sec.
1.2 to 120 Sec.
CKB-38-77010
CKB-38-77060
CKB-38-77120
Interval On Models
Voltage
Time
120VAC
0.1 to 10 Sec.
➛
Outline Dimensions
2.406 MAX.
(61.1)
➛
2.937 MAX.
(74.6)
➛
➛
➛
➛
.56
(14.2)
➛
.60
(15.2)
1.781 MAX.
(45.2)
➛
EXTERNAL RESISTOR
EXTERNAL RESISTOR
➛
➛
INPUT
Fig.1
8 Pin
Fig. 2
11 Pin
Fig. 3
11 Pin
_
+
➛
➛
➛
INPUT
+
➛
➛
➛
+
CONTINUOUS
SUPPLY
INPUT
_
➛
+
_
➛
➛
➛
➛
➛
➛
➛
EXTERNAL
CONTROL
SWITCH*
_
CONTINUOUS
SUPPLY
INPUT
Fig. 4
11 Pin
EXTERNAL
CONTROL
SWITCH*
* If control switch is closed when power is applied, relay will immediately energize. A 50 millisecond minimum switch closure is required. IMPORTANT: A dry circuit switch is recommended. A “dry
circuit” switch is one rated to reliably switch currents of less than 50mA. Use of a switch rated for other than dry circuit may result in failure of the time delay relay to function properly.
** Note: Input polarity for DC operation. For most reliable operation on AC, connect high side to “+” and low side to “–”.
External Resistor Chart
specified.
subject to change.
Technical support:
1225
Catalog 1308242
Issued 3-03
P&B
CH series
Mid- To Low-Priced
– Interval on
• Fixed or knob adjustable types
• Various models time from 1 to 180 sec.
File E22575
File LR15734
Timing Modes
INPUT
VOLTAGE
ON
OFF
N.O. RELAY ON
CONTACTS OFF
120VAC.
TIME
CONTROL
SWITCH
ON
OFF
N.O. RELAY ON
CONTACTS OFF
TIME
Input Data @ 25°C
Voltage: 24 through 240VAC and 24VDC.
Interval on – The relay energizes and timing begins when input voltage is
applied. At the end of the time delay period the relay will de-energize.
Reset is accomplished by removing, then reapplying, the input voltage.
INPUT
VOLTAGE
ON
OFF
N.O. RELAY ON
CONTACTS OFF
Voltage
Type
Nominal
Voltage
Minimum
Voltage
Maximum
Voltage
AC
24
120
240
24
20
105
210
20
28
130
260
32
DC
TIME
Environmental Data
Timing Ranges: From 1 to 180 sec.
Timing Adjustment: Fixed and knob adjustable.
Fixed Types:
± 5%.
at low end.
specified.
Mechanical Data
reference only.
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
P&B
Voltage
Time
24VAC
1 to 10 Sec.
1 to 180 Sec.
Adjustment
Wiring Dia.
Part Number
Voltage
Time
Adjustment
Wiring Dia.
Part Number
Knob
1
CHB-38-30001
CHB-38-30003
24VAC
1 to 10 Sec.
Knob
3
CHB-38-30011
120VAC
1 to 10 Sec.
1 to 60 Sec.
1 to 180 Sec.
Knob
3
CHB-38-70011
CHB-38-70012
CHB-38-70013
Knob
3
Adjustment
Wiring Dia.
Part Number
120VAC
1 to 10 Sec.
1 to 60 Sec.
1 to 180 Sec.
Knob
1
CHB-38-70001
CHB-38-70002
CHB-38-70003
120VAC
10 Sec.
Fixed
1
CHA-38-70001
240VAC
1 to 10 Sec.
Knob
1
CHB-38-80001
24VDC
1 to 10 Sec.
1 to 60 Sec.
1 to 180 Sec.
Knob
1
CHD-38-30001
CHD-38-30002
CHD-38-30003
24VDC
1 to 10 Sec.
1 to 180 Sec.
CHD-38-30011
CHD-38-30013
Interval on Models
Voltage
Time
120VAC
1 to 10 Sec.
1 to 60 Sec.
1 to 180 Sec.
Knob
1
CHB-38-70021
CHB-38-70022
CHB-38-70023
24VDC
1 to 10 Sec.
Knob
1
CHD-38-30021
➛
Outline Dimensions
2.406 MAX.
(61.1)
➛
2.937 MAX.
(74.6)
➛
➛
➛
➛
.56
(14.2)
➛
.60
(15.2)
1.781 MAX.
(45.2)
➛
Fig. 2
11 Pin
➛
➛
Fig. 1
8 Pin
➛
➛
➛
+
INPUT
➛
_
+ INPUT _
EXT SWITCH*
➛
➛
➛
➛
➛
➛
EXTERNAL RESISTOR
+
-
AC INPUT
Fig. 3
11 Pin
* If control switch is closed when power is applied, relay will immediately energize. A 50 millisecond minimum switch closure is required. IMPORTANT: A dry circuit switch is recommended. A
specified.
subject to change.
Technical support:
1227
Catalog 1308242
Issued 3-03
P&B
CB series
– Interval on with or without control switch
• Knob adjustable
• 10A output relay with SPDT or DPDT contacts
• Various models time from 0.1 sec. to 100 min.
File E22575
File LR15734
Timing Modes
Arrangements: 2 Form C (DPDT), except 8-pin delay on release model
has 1 Form C (SPDT).
1/3 HP @ 120VAC.
INPUT
VOLTAGE
ON
OFF
N.O. RELAY ON
CONTACTS OFF
TIME
CONTROL
SWITCH
ON
OFF
N.O. RELAY ON
CONTACTS OFF
TIME
Interval on (without control switch) – The relay energizes and timing
begins when input voltage is applied. At the end of the time delay period
the relay will de-energize. Reset is accomplished by removing, then
reapplying, the input voltage.
INPUT
VOLTAGE
ON
OFF
Input Data @ 25°C
Voltage: 24 and 120VAC, and 12 and 24VDC.
N.O. RELAY ON
CONTACTS OFF
TIME
Interval on (with control switch) – Input voltage must be applied
continuously to operate the internal relay. The relay energizes and timing
begins when the external switch is closed. At the end of the time delay
period the relay will de-energize. Reset is accomplished by opening and
reclosing the control switch.
CONTROL
SWITCH
Maximum
Voltage
AC
24
120
12
24
20
105
11
20
28
130
13
32
DC
Environmental Data
Timing Ranges: From 0.1 to 1.0 sec. through 10 to 100 min.
Knob Adj. Types: –0, +30% of max. specified at high end of timing range;
Fixed Types: ± 10%.
at low end.
Minimum
Voltage
TIME
Nominal
Voltage
ON
OFF
N.O. RELAY ON
CONTACTS OFF
Voltage
Type
specified.
Mechanical Data
reference only.
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
P&B
Voltage
Time
24VAC
0.1 to 10 Sec.
1.8 to 180 Sec
120VAC
12VDC
Wiring Dia.
Part Number
Voltage
Time
Knob
1
CB-1041B-30
CB-1042B-30
24VAC
0.1 to 10 Sec.
1.8 to 180 Sec
0.1 to 1 Sec.
0.1 to 5 Sec.
0.1 to 10 Sec.
0.6 to 60 Sec.
1.8 to 180 Sec.
1 to 10 Min.
10 to 100 Min.
Knob
0.1 to 10 Sec.
Knob
0.1 to 1 Sec.
0.1 to 10 Sec.
0.6 to 60 Sec.
1.8 to 180 Sec.
24VDC
Adjustment
CB-1001B-70
CB-1002B-70
CB-1003B-70
CB-1004B-70
CB-1005B-70
CB-1006B-70
CB-1007B-70
1
1
Knob
CB-1047D-20
120VAC
24VDC
0.1 to 10 Sec.
1.8 to 180 Sec.
Wiring Dia.
Part Number
Knob
3
CB-1045B-38
CB-1046B-38
3
5
3
3
CB-1021B-78
CB-1022B-78
CB-1023B-78
CB-1024B-78
Knob
3
CB-1038D-38
CB-1039D-38
Knob
Interval on Models
CB-1026D-30
CB-1028D-30
CB-1029D-30
CB-1030D-30
1
0.1 to 10 Sec.
0.1 to 10 Sec.
0.6 to 60 Sec.
1.8 to 180 Sec.
Adjustment
Voltage
Time
Adjustment
Wiring Dia.
Part Number
24VAC
0.1 to 10 Sec.
Knob
1
CB-1043B-39
120VAC
0.1 to 5 Sec.
0.1 to 10 Sec.
1 to 10 Min.
Knob
1
1
1
CB-1011B-79
CB-1014B-79
CB-1018B-79
Knob
1
CB-1034D-39
CB-1036D-39
24VDC
0.1 to 5 Sec.
1.8 to 180 Sec.
➛
Outline Dimensions
2.406 MAX.
(61.1)
➛
2.937 MAX.
(74.6)
➛
➛
➛
.56
(14.2)
➛
➛
.60
(15.2)
1.781 MAX.
(45.2)
➛
Wiring Diagrams - Bottom Views (pins numbered clockwise from keyway)
EXTERNAL
CONTROL
SWITCH*
EXTERNAL
CONTROL
SWITCH*
➛
➛
➛
➛
➛
➛
➛
➛
➛
➛
+
_
+
_
INPUT (DC POLARITY
INDICATED)**
CONTINUOUS
SUPPLY
INPUT
CONTINUOUS
SUPPLY
INPUT
Fig. 1
8 Pin
Fig. 3
11 Pin
Fig. 5
8 Pin
_
+
* If control switch is closed when power is applied, relay will immediately energize. A 50 millisecond minimum switch closure is required. IMPORTANT: A dry circuit switch is recommended. A
specified.
subject to change.
Technical support:
1229
Catalog 1308242
Issued 3-03
P&B
CR series
Recycle Time Delay Relay
• Individual ON and OFF time adjustment knobs
File E22575
File LR15734
Timing Mode
Recycle timing – First delay period begins when input voltage is applied.
At the end of the first delay, or “off” period, the relay will operate and the
second delay, or “on” period, begins. When the second delay period
ends, the relay de-energizes. This recycling sequence will continue until input voltage is removed. When input voltage is removed, the relay will deenergize.
INPUT
VOLTAGE
ON
OFF
N.O. RELAY
CONTACTS
ON
OFF
➛
1
TIME ➛➛
TIME 2
➛➛
1
TIME ➛
Input Data @ 25°C
Voltage: 120VAC and 24VDC.
Tolerance (for AC units add ±1/2 cycle 60 Hz.): -0%, +20% of max.
specified at high end of
timing range; min. specified, or less, at low end.
Release Time: 60ms, typ.; 100 ms, max.
Voltage
Type
Nominal
Voltage
Minimum
Voltage
Maximum
Voltage
AC
DC
120
24
105
20
130
32
Environmental Data
Mechanical Data
Rating: 10 A @ 30VDC or 277VAC, resistive; 1/2 HP @ 250VAC;
1/3 HP @ 120VAC.
Termination: Octal plug.
Enclosure: White plastic case with dial scales for reference only.
Sockets: Fits either 27E122 or 27E891 (snap-on) 8-pin screw terminal
sockets.
Part Number
Outline Dimensions
Time
Part Number
1.8 to 180 Sec. CRD-48-30180
Wiring Diagram – Bottom View
➛
➛
➛
.875
➛ (22.23)
➛
➛
(pins numbered clockwise form keyway)
➛
.56
(14.22)
➛
➛
1.781 MAX.
(45.2)
➛
➛
24VDC
➛
.60
(15.2)
3.56 MAX.
(90.42)
Voltage
DC
Type
CRB-48-70010
CRB-48-70030
CRB-48-70060
CRB-48-70180
➛
AC
Types
Time
0.1 to 10 Sec.
120VAC 0.3 to 30 Sec.
0.6 to 60 Sec.
1.8 to 180 Sec.
➛
Voltage
1
➛
➛
1.25
(31.75)
8
+ INPUT _
Fig.1
8 Pin
** Note: Input polarity for DC operation. For most reliable operation on AC, connect high side
2.406 MAX.
(61.1)
specified.
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
P&B
CL -CU series
Compact Time Delay Relay
•
•
•
•
•
•
Delay on operate timing mode
Fixed, knob or resistor adjustable types
Variety of mounting options
Various models time from 0.1 to 120 sec.
No timing cycle interrupt transfer (CL only)
File E22575
File LR15734
Timing Mode
1/3 HP @ 120VAC.
INPUT
VOLTAGE
ON
OFF
N.O. RELAY
CONTACTS
ON
OFF
➛
TIME
➛
CL Timing Specifications
Timing Ranges: From 0.1 to 1.0 sec. through 1.2 to 120 sec.
Knob Adj. Types:–0, +20% of max. specified at high end of timing
range; min. specified, or less, at low end.
Fixed Types:
± 5%.
Res. Adj. Types: ± 10% at high end of timing range; min. specified, or
less, at low end.
Input Data @ 25°C
Voltage: 24 & 120VAC and 12 & 24VDC.
Voltage
Type
Nominal
Voltage
Minimum
Voltage
Maximum
Voltage
AC
24
120
12
24
20
105
11
20
28
130
13
32
DC
CU Timing Specifications
Timing Ranges: From 1.0 to 10 sec. through 1.0 to 120 sec.
Knob Adj. Types:–0, +20% of max. specified at high end of timing
range; min. specified, or less, at low end.
Fixed Types:
± 5%.
Res. Adj. Types: ± 10% at high end of timing range; min. specified, or
less, at low end.
Note: On CU types the switching contact may momentarily transfer if the timing interval is
interrupted. CL types have no timing cycle interrupt transfer.
Environmental Data
Mechanical Data
Termination: 0.187 in. (4.75mm) quick-connect.
Enclosure: Yellow plastic case (see outline drawings for various options).
Knob adjustable types have dial scale for reference only.
Sockets: Solder, printed circuit and screw terminal sockets available.
CL Ordering Information – Authorized distributors are more likely to stock boldface items listed below.
Voltage
Time
Adjustment
Wiring Dia.
Part Number
Voltage
Time
24VAC
0.1 to 10 Sec.
Knob
1
CLB-51-30010
12VDC
0.1 to 10 Sec.
24VAC
0.1 to 10 Sec.
Resistor
2
CLF-42-30010
12VDC
10 Sec.
120VAC
0.1 to 10 Sec.
0.3 to 30 Sec.
1.2 to 120 Sec.
Knob
1
CLB-51-70010
CLB-51-70030
CLB-51-70120
12VDC
1.2 to 120 Sec.
24VDC
5 Sec.
Fixed
1
CLA-41-70003
CLA-41-70030
24VDC
0.1 to 10 Sec.
0.3 to 30 Sec.
0.1 to 10 Sec.
Resistor
2
CLF-41-70010
CLF-42-70010
CLF-41-70120
41 style models (e.g. CLA-41-70010) have plain case.
42 style models (e.g. CLF-42-70010) have bracket mount case.
45 style models (e.g. CLH-45-30010) have bracket mount case with test button.
51 style models (e.g. CLB-51-30010) have plain case with knob.
120VAC
120VAC
3 Sec.
30 Sec.
0.1 to 10 Sec.
0.1 to 10 Sec.
1.2 to 120 Sec.
specified.
subject to change.
Adjustment
Wiring Dia.
Part Number
Knob
1
CLD-51-20010
CLC-41-20010
Fixed
1
Resistor
2
CLH-41-20120
Fixed
1
CLC-41-30005
Resistor
2
CLH-41-30010
CLH-41-30030
CLH-45-30010
Technical support:
1231
Catalog 1308242
Issued 3-03
P&B
CU Ordering Information – Authorized distributors are more likely to stock boldface items listed below.
Voltage
Time
24VAC
10 Sec.
Adjustment
Wiring Dia.
Part Number
Fixed
1
CUA-41-30010
Resistor
2
CUF-41-30010
CUF-42-30010
1 to 10 Sec.
1 to 10 Sec.
24VAC
1 to 10 Sec.
1 to 30 Sec.
1 to 60 Sec.
1 to 120 Sec.
120VAC
Knob
1 Sec.
3 Sec.
3 Sec.
5 Sec.
10 Sec.
10 Sec.
30 Sec.
120 Sec.
120VAC
CUB-51-70010
CUB-51-70030
CUB-51-70060
CUB-51-70120
1
Fixed
Time
120VAC
1 to 10 Sec.
1 to 10 Sec.
1 to 30 Sec.
1 to 120 Sec.
1 to 120 Sec.
Adjustment
Wiring Dia.
Part Number
2
CUF-41-70010
CUF-42-70010
CUF-41-70030
CUF-41-70120
CUF-42-70120
2
CUH-41-30010
CUH-42-30010
CUH-41-30120
CUH-42-30120
Resistor
1 to 10 Sec.
1 to 10 Sec.
1 to 120 Sec.
1 to 120 Sec.
24VDC
CUA-41-70001
CUA-41-70003
CUA-42-70003
CUA-41-70005
CUA-41-70010
CUA-42-70010
CUA-42-70030
CUA-41-70120
1
Voltage
Resistor
41 style models (e.g. CUA-41-70010) have plain case.
42 style models (e.g. CUA-42-70010) have bracket mount case.
51 style models (e.g. CUB-51-70010) have plain case with knob.
Outline Dimensions
41 Style
51 Style
42 & 45 Style
➛
➛
➛
➛
1.406 MAX.
(35.71)
➛
➛
➛
.07
(1.78) ➛
➛
➛
.312 TYP.
(7.92)
.375
(9.53)
➛
➛
1.531 MAX.
➛
(38.89)
.645 TYP.
➛ (15.88) ➛
➛
➛
.625 MAX.
(15.88)
1.906 MAX.
(48.41)
1.906 MAX.
(48.41)
2.500
(63.50)
2.156 MAX.
(15.46)
➛
2.90 MAX.
(73.66)
6
7
8
9
A
➛
➛
➛
➛
➛
.75 ± .015
(19.05 ± .38)
➛
.06
(1.52)
Terminal Dimensions
1.406 MAX.
(35.71)
.187" (4.74mm)
Quick Connect/Solder
B
➛
.078 ➛
(1.98)
➛ ➛
SEATED HEIGHT ABOVE
CHASSIS MOUNTED
IN SOCKET : (57.2mm)
.125
(3.18)
➛
5
.078 R TYP.
(1.98)
.187 ± .002
(4.75 ± .05)
➛
.250
(6.35)
HEADER➛ .281 REF.
(7.14)
THICKNESS 0.20
(.51)
➛
4
➛
➛
3
➛
2
.281 REF.
(7.14)
➛
1
➛
➛
➛
➛
➛
.437
(11.10)
➛
➛
1.531 MAX.
(38.89)
➛
.281 REF.
(7.14)
➛
Wiring Diagrams – Bottom Views
+
INPUT (DC DC POLARITY INDICATED) **
7
A
➛
2
5
3
6
➛
➛
➛
➛
B
1
4
➛
A
➛
3
6
9
➛
➛
1
4
7
9
B
+ INPUT (DC POLARITY INDICATED) **
Fig. 1
Fig. 2
External Resistor Selection Chart
specified.
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
AGASTAT
MD0 series
Subminiature, On-Delay
Time Delay Relay
•
•
•
•
•
•
On-delay timing mode
Seven user-selectable timing ranges (0.1 sec. to 10 hr.)
High accuracy and reliability
Exceptional transient protection (ANSI C37.90)
5A DPDT or 4PDT output contacts
Universal voltage
File E60363
File LR51332
Timing Mode
Input Data @ 25°C
On-Delay.
Voltage: Universal: 24-240VAC, 50/60 Hz. or 24-125VDC.
Transient Protection: Meets ANSI C37.90 Transient Specification.
Environmental Data
Timing Ranges: Instantaneous; 0.1 to 1 / 1 to 10 / 10 to 100 sec.;
1 to 10 / 10 to 100 min.; 1 to 10 hr.
Timing Range Selection: Screwdriver select via recessed dial on side.
Timing Adjustment: Screwdriver adjust via recessed dial with reference
calibrations on top.
Accuracy: Repeat Accuracy: ± 0.5%
Reset Time: 25 ms.
Mechanical Data
Mounting/Termination: MD0 series time delay relays can be socket
mounted horizontally or vertically and will
operate within repeat accuracy of ± 0.5%.
Status Indication: Power On LED and Output Contacts LED.
Arrangements: 2 Form C (DPDT) or 4 Form C (4PDT).
Rating: 5A @ 30VDC or 240VAC, resistive.
Outline Dimensions
3.00
(76.2)
.85
(21.6)
2.75
(69.8)
1.05
(26.7)
Part Number
MD012AU
MD014AU
Contacts
DPDT
4PDT
Input Voltage
Universal
24-240VAC, 50/60 Hz. or 24-125VDC
MD014AU
Terminal Base Diagram
NOTE: Only necessary terminals are present on DPDT models.
specified.
subject to change.
Technical support:
1233
Catalog 1308242
AGASTAT
SSC series
Specification Grade Discrete Plug-in
Time Delay Relay
•
•
•
•
•
•
On-Delay, Off-Delay and Interval timing modes
13 timing ranges from 0.1 sec. to 60 min.
10A DPDT output contacts
Escellent repeatability of ± 1% or better.
Exceptional immunity to transients and noise.
Wide operating temperature range.
File LR29186
Timing Modes
Input Data @ 25°C
On-Delay, Off-Delay and Interval.
Operating Voltage
<0.1 ms
<1 ms
12VDC
1,000V
240V*
24VAC/VDC
1,000V
240V*
48 VAC/VDC
1,000V
480V*
120 VAC/VDC
3,000V
2,500V*
240VAC
3,000V
2,500V*
Timing Ranges: 6 to 180 cycles; 0.1 to 3 / 0.1 to 10 / 0.33 to 10 / 1 to 30 / 4
to 120 sec.; 0.33 to 10 / 1 to 30 / 2 to 60 min.; 0.33 to 10
hr. (All are +10%, –1% of maximum values).
Timing Adjustment: Knob or fixed time (internal fixed resistor) – all models;
customer supplied external potentiometer or resistor
– On-Delay and Interval models only.
Accuracy: Repeat Accuracy: ± 1% ± 0.004 sec. at any combination of
operating temperature and voltage.
Overall Accuracy: ± 5.25% throughout operating temperature
and voltage ranges.
Reset Time: 25 ms. (minimum deenergized interval for on-delay or off-delay
models, or minimum required closure interval for interval
models without affecting accuracy.)
Relay Operate Time: Off-Delay mode only: 35 ms.
Relay Release Time: On-Delay mode only: 20 ms.
Rating: 10A @ 28VDC or 120VAC, resistive; 1/3 HP @ 120/240VAC.
for one minute.
Outline Dimensions
.70
(18)
1.97
(50)
Environmental Data
Mechanical Data
Mounting/Termination: 8- or 11-pin octal type plug. 8-pin types fit either
27E122 or 27E891, while 11-pin types fit 27E123 or 27E892.
SSC
|
Series SSC
Discrete
Industrial
Timer
01
|
|
|
|
|
2
|
Output
2 = DPDT Relay
Operating Mode
01 = On-Delay
02 = Off-Delay
03 = Interval
3.25
(83)
1.97
(50)
Insulated, shielded twoconductor cable similar
to Belden 8719, 8720 or
8769 required for leads
longer than 6 inches.
Max. permissble length
is 50 feet.
A
|
|
|
|
|
|
|
|
|
|
|
|
A
|
A
|
|
|
|
|
|
|
|
|
|
|
|
Timing Range
A =0 .1 to 3 sec.
B = 0.5 to 15 sec.
C = 1 to 30 sec.
D = 2 to 60 sec.
E = 4 to 120 sec.
F = 6 to 180 sec.
G = 10 to 300 sec.
I = 2 to 60 min.
K = 3 to 180 cycles
L = 0.33 to 10 min.
M = 0.5 to 15 min.
N = 1 to 30 min.
P = 0.1 to 10 min.
Operating Voltage
Timing Adjustment
(+10%, –15%)
A = Knob Adjust
A = 120VAC, 50/60 Hz.
B = External
/ 120VDC
Potentiometer or
B = 240VAC, 50/60 Hz.
resistor (Operating
E = 24VAC, 50/60 Hz. /
modes 1 and 3 only).
24VDC
F = Fixed Times –
F = 48VAC, 50/60 Hz. /
Specify time delay
48VDC
in seconds per the
Q = 12VDC (±10%)
following examples:
F9.000 = 9 sec.
F99.00 = 99 sec.
F999.0 = 9999 sec.
F1000 = 1000 sec.
Off-Delay
On-Delay & Interval
On-Delay & Interval
Fixed or Knob
Adjust
Fixed or Knob
Adjust
External Potentiomer
or Resistor Adjust
SSC12AAA
SSC12ABA
specified.
SSC12ACA
SSC12ADA
subject to change.
SSC12AGA
SSC12ALA.
Technical support:
Catalog 1308242
AGASTAT
SCB/SCC series
Time Delay Relay
•
•
•
•
•
•
On-Delay, Off-Delay and Interval timing modes
Knob, fixed or external timing adjustment.
Rated for pilot duty
Premium components
®
File LR51332
®
File E60363
File E60363 (SCC only)
Timing Modes
Input Data @ 25°C
On-Delay, Off-Delay and Interval.
Operating Voltage
<0.1 ms
<1 ms
All except 12 & 24
3,000V
2,500
12 & 24
Consult Factory
Timing Ranges: 6 to 180 cycles; 0.1 to 3 / 0.1 to 10 / 0.33 to 10 / 1 to 30 / 4
to 120 sec.; 0.33 to 10 / 1 to 30 / 2 to 60 min.; 0.33 to 10
hr. (All are +5%, –0% of maximum values).
Accuracy: Repeat Accuracy: ± 0.5% ± 0.004 sec.
Overall Accuracy: ± 2% max.
Reset Time: 25 ms.
Relay Operate Time: Off-Delay mode: 30 ms; Interval mode: 20 ms..
Relay Release Time: On-Delay mode only: 15 ms.
Same polarity.
for one minute.
Outline Dimensions
.70
(18)
1.97
(50)
3.25
(83)
1.97
(50)
Insulated, shielded twoconductor cable similar
to Belden 8719, 8720 or
8769 required for leads
longer than 6 inches.
Max. permissble length
is 50 feet.
Off-Delay
On-Delay & Interval
On-Delay & Interval
Fixed or Knob
Adjust
Fixed or Knob
Adjust
or Resistor Adjust
specified.
Environmental Data
Temperature Range:
Storage: SCB and SCC: -40°C to +85°C.
Operating: SCB: -30°C to +65°C; SCC: -30°C to +50°C.
Mechanical Data
Mounting/Termination:
SCB: UL recognized. Optional 8- or 11-pin octal-type sockets may be
ordered separately.
SCC: 8- or 11-pin octal type sockets supplied with timer. (Must be used
to qualify as "UL Listed" device.)
Weight: SCB: 5.3 oz. (149g) approx.; SCC: 7.5 oz. (210g) approx.
(All "X's" must be included to complete part number)
SCB
|
RX
2XX
A
01
|
|
|
|
| Operating Mode |
|
Series SCB
Series SCC
| 01 = On-Delay |
|
Discrete
02 = Off-Delay
|
|
|
Industrial
03 = Interval
|
|
|
Timer
|
|
Output
2XX = DPDT |
|
Relay |
|
|
Mounting Series SCB
RX = 8- or 11-pin
|
socket (order
|
separately)
|
Mounting Series SCC
LA = 8-pin socket p/n
|
BCSA08SC for
operating mode
01 or 03 with knob
adjust or fixed
time.
LC = 11-pin socket p/n
BCSA11SC for
operating mode
02; or 01 or 03
with external
potentiometer or
resistor.
A
|
Timing Range
A =0 .1 to 3 sec.
B = 0.5 to 15 sec.
C = 1 to 30 sec.
D = 2 to 60 sec.
E = 4 to 120 sec.
F = 6 to 180 sec.
G = 10 to 300 sec.
I = 2 to 60 min.
K = 3 to 180 cycles
L = 0.33 to 10 min.
M = 0.5 to 15 min.
N = 1 to 30 min.
P = 0.1 to 10 min.
Operating Voltage
(+10%, –15%)
A = 120VAC, 50/60 Hz.
/ 120VDC
B = 240VAC, 50/60 Hz.
E = 24VAC, 50/60 Hz. /
24VDC
F = 48VAC, 50/60 Hz. /
48VDC
Q = 12VDC
XA
|
|
|
|
|
|
|
|
|
|
|
|
|
Timing Adjustment
XA = Knob Adjust
XB = External
Potentiometer or
resistor (Operating
modes 1 and 3 only).
XF =Fixed Times –
Specify time delay
in seconds per the
following examples:
XF9.000 = 9 sec.
XF99.00 = 99 sec.
XF999.0 = 9999 sec.
XF1000 = 1000 sec.
None at present.
subject to change.
Technical support:
1235
Catalog 1308242
AGASTAT
STA series
Time Delay Relay With QC Terminals
• On-Delay, Off-Delay, Interval and Accumulating On-Delay
timing modes
• 13 timing ranges from 0.1 sec. to 48 hr.
• 10A DPDT output contacts
• Knob, fixed or external timing adjustment.
• QC plug-in terminals save space, two LEDs show status
®
File E60363
File LR51332
Timing Modes
Input Data @ 25°C
On-Delay, Off-Delay, Interval and Accumulating On-Delay.
Timing Ranges: 6 to 180 cycles; 0.1 to 3 / 0.5 to 15 / 1 to 30 / 2 to 60 /
4 to 120 / 6 to 180 / 10 to 300 sec.; 0.33 to 10 / 0.5 to 15 /
1 to 30 min.; 1 to 6 / 2 to 48 hr. (All are +5%, –0% of
maximum values).
Accuracy: Repeat Accuracy: ± .5% ± 0.004 sec..
Overall Accuracy: ± 2% throughout operating temperature
and voltage ranges.
Reset Time: 30 ms. min. (between deenergization and reenergization
without affecting accuracy.)
Relay Operate Time: Off-Delay mode: 35 ms.; Interval mode: 20 ms.
Relay Release Time: On-Delay and Accumulating On-Delay modes: 20 ms.
Operating Voltage
All except 12 & 24
12 & 24
<0.1 ms
<1 ms
3,000V
2,500
Consult Factory
Environmental Data
Mechanical Data
Mounting/Termination: Quick connect terminals fit either 27E121 or
27E893 (snap-on) socket (order separately).
Status Indication: Power On LED and Output Contacts LED (optional).
Same polarity.
S
STA RX
01
2X
A
|
|
|
|
|
|
Status |
Series STA | Operating Mode |
Discrete | 01 = On-Delay
| Indication |
LEDs
Industrial | 02 = Off-Delay
| SX == No
|
LEDs
Timer
03 = Interval
| 09 = Accumulating |
|
With
Tab-type |
On-Delay
|
|
Terms. |
|
Output
2X = DPDT
|
|
Relay
|
Mounting Series
RX = 11-pin tab-type
|
header (order
|
socket
|
separately)
|
for one minute.
Outline Dimensions
1.500 MAX.
(38)
1.390 MAX.
(35)
.660 MAX.
(17)
.281 REF.
(7)
3.045
(77)
(All "X's" must be included to complete part number)
Insulated, shielded two-conductor
cable similar to Belden 8719, 8720
or 8769 required for leads longer
than 6 inches. Maximum
permissble length is 50 feet.
On-Delay
&
Interval
On-Delay
&
Interval
Fixed or Knob
Adjust
Fixed or Knob
Adjust
or Resistor Adjust
specified.
XA
|
Timing Range |
A =0 .1 to 3 sec. |
B = 0.5 to 15 sec. |
C = 1 to 30 sec.
|
D = 2 to 60 sec.
E = 4 to 120 sec. |
F = 6 to 180 sec. |
G = 10 to 300 sec.
|
I = 2 to 60 min.
|
J = 1 to 6 hr.
K = 3 to 180 cycles |
L = 0.33 to 10 min.
|
M = 0.5 to 15 min.
|
N = 1 to 30 min.
R = 2 to 48 hr.
|
Operating Voltage
Timing Adjustment
(+10%, –15%)
XA = Knob Adjust
A = 120VAC, 50/60
XB = External
Hz. / 120VDC
Potentiometer or
E = 24VAC, 50/60
resistor (Operating
Hz. / 24VDC
modes 1 and 3
F = 48VAC, 50/60
only).
Hz. / 48VDC
XF =Fixed Times –
Q = 12VDC
Specify time delay
in seconds per the
following examples:
XF9.000 = 9 sec.
XF99.00 = 99 sec.
XF999.0 = 9999 sec.
XF1000 = 1000 sec.
Off-Delay &
Accumulating
On-Delay
A
|
None at present.
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
AGASTAT
SRC series
Specification Grade Repeat Cycle
Plug-in Time Delay Relay
•
•
•
•
•
•
•
Repeat Cycle timing mode
Dual knobs for user adjustment of on and off times.
Exceptional immunity to line transients and noise
Premium components enhance reliability
Superior reset time of 24 msec.
Timing Modes
Input Data @ 25°C
Repeat Cycle: Application of line voltage starts the pre-set OFF-time period
Upon expiration of the period, the output relay is energized, its contacts
transfer, and the pre-set ON-time period begins. At the end of this period
the output relay is deenergized, and a new cycle begins. The OFF and ON
cycles continue until power is removed. To reset the timer, input voltage
must be removed for at least 25 ms.
Operating Voltage
<0.1 ms
<1 ms
12VDC
1,000V
240V*
24VAC/VDC
1,000V
240V*
48 VAC/VDC
1,000V
480V*
120 VAC/VDC
3,000V
2,500V*
240VAC
3,000V
2,500V*
Timing Ranges: OFF time and ON time ranges need not be the same.
6 to 180 cycles; 0.1 to 3 / 1 to 10 / 0.5 to 15 / 1 to 30 / 2 to
60 / 4 to 120 / 6 to 180 / 10 to 300 sec.; 0.33 to 10 / 0.5 to
15 / 1 to 30 / 2 to 60 min. (All are +10%, –1% of maximum
values).
Timing Adjustment: Two internal potentiometers with external knobs.
Accuracy: Repeat Accuracy: ± 1% ± 0.004 sec..
Overall Accuracy: ± 2.25% max.
Reset Time: 25 ms. max. (between deenergization and reenergization
without affecting accuracy.)
Rating: 10A @ 28VDC or 120VAC, resistive; 1/3 HP @ 120/240VAC.
Between Terminals & Case and Mutually Isolated Contacts: 1,480VAC.
Outline Dimensions
1.97
(50)
.40
(10)
3.7 MAX.
(94)
1.97
(50)
Environmental Data
Mechanical Data
Mounting/Termination: Quick connect terminals fit either 27E121 or
27E893 (snap-on) socket (order separately).
SRC
|
7
2
A
|
|
|
Series SRC |
Output |
Repeat
| 2 = DPDT |
Cycle
Relay |
|
Timer.
|
|
|
Operating Mode
7= Repeat Cycle
|
|
|
|
|
|
|
C
|
C
|
|
|
|
|
|
|
|
|
|
A
|
Timing Range
Timing
Off-Time
Adjustment
A =0 .1 to 3 sec.
A = Dual Knob
B = 0.5 to 15 sec.
Adjust
C = 1 to 30 sec.
D = 2 to 60 sec.
E = 4 to 120 sec.
F = 6 to 180 sec.
G = 10 to 300 sec.
I = 2 to 60 min.
K = 3 to 180 cycles
L = 0.33 to 10 min.
Timing Range
M = 0.5 to 15 min.
On-Time
N = 1 to 30 min.
P = 0.1 to 10 sec. A =0 .1 to 3 sec.
B = 0.5 to 15 sec.
Operating Voltage
C = 1 to 30 sec.
(+10%, –15%)
D = 2 to 60 sec.
A = 120VAC, 50/60
E = 4 to 120 sec.
Hz. / 120VDC
F = 6 to 180 sec.
B = 240VAC, 50/60
G = 10 to 300 sec.
Hz.
I = 2 to 60 min.
E = 24VAC, 50/60
K = 3 to 180 cycles
Hz. / 24VDC
L = 0.33 to 10 min.
F = 48VAC, 50/60
M = 0.5 to 15 min.
Hz. / 48VDC
N = 1 to 30 min.
Q = 12VDC
P = 0.1 to 10 sec.
None at present.
specified.
subject to change.
Technical support:
1237
Catalog 1308242
Issued 3-03
AGASTAT
SST series
Industrial Grade Discrete Plug-in
Time Delay Relay
•
•
•
•
•
•
On-Delay, Off-Delay, Interval, One Shot & Repeat modes
Time delays to 120 min.
Fast setting with time calibrated knobs.
Superior transient protection.
Rugged construction with 8- or 11-pin plug.
Flame retardant housing.
File E15631
File LR33434
Timing Modes
Mechanical Data
On-Delay, Off-Delay, Interval, One Shot (Latching Interval) or Repeat Cycle.
Mounting/Termination: On-Delay, Interval and Repeat types have 8- pin
octal plug that fits either 27E122 or 27E891 socket. Off-Delay and One
Shot types have 11-pin octal-type plug that fits 27E123 or 27E892. Sockets
must be orderd separately.
Timing Ranges: Nine ranges spanning 0.1 sec. to 120 min.
Timing Adjustment: Knob adjust.
Accuracy: Repeat Accuracy: ± 1%.
Overall Accuracy: ± 5%.
Reset Time: 50 ms., max., (25 ms typ.) for on-delay and interval; 300 ms,
max., for off-delay and one shot; 500 ms, max., for repeat type.
SST1 – On Delay Types
SST2 – Off Delay Types
Input
Time Range
Part No.
Input
Time Range
Part No.
120
VAC
0.1 - 10 sec.
0.6 - 60 sec.
1.8 - 180 sec.
3 - 300 sec.
18 sec. - 30 min.
36 sec. - 60 min.
SST12AAA
SST12ACA
SST12ADA
SST12AEA
SST12AGA
SST12AHA
120
VDC
0.1 - 10 sec.
1.8 - 180 sec.
3 - 300 sec.
18 sec. - 30 min.
36 sec. - 60 min.
SST22AAA
SST22ADA
SST22AEA
SST22AGA
SST22AHA
24
VAC
0.1 - 10 sec.
1.8 - 180 sec.
3 - 300 sec.
SST12EAA
SST12EDA
SST12EEA
24
VDC
0.1 - 10 sec.
1.8 - 180 sec.
SST22EAA
SST22EDA
24
VDC
0.1 - 10 sec.
1.8 - 180 sec.
SST22OAA
SST22ODA
Between Contacts, Line Inputs and Control Circuits:
1,500V RMS, minimum, at 60 Hz.
24
VDC
0.1 - 10 sec.
1.8 - 180 sec.
3 - 300 sec.
SST12OAA
SST12ODA
SST12OEA
12
VDC
0.1 - 10 sec.
1.8 - 180 sec.
SST22QAA
SST22QDA
Input Data @ 25°C
12
VDC
0.1 - 10 sec.
1.8 - 180 sec.
3 - 300 sec.
SST12QAA
SST12QDA
SST12QEA
Rating: 10A @ 120/240VAC, resistive; 1/3 HP @ 120/240VAC, 50/60 Hz.
Operating Voltage
<0.1 ms
<1 ms
12 & 24 VAC/VDC
860V
208V*
120 VAC
2,580V
2,150V*
Environmental Data
Outline Dimensions
2.0 MAX.
(50.8)
SQUARE
.812 MAX.
(20.6)
3.20 MAX.
(81.3)
4.60 MAX.
(116.8)
SST4 – One Shot* Types
SST3 – Interval Types
Input
Time Range
Part No.
Input
Time Range
Part No.
120
VAC
0.1 - 10 sec.
1.8 - 180 sec.
3 - 300 sec.
36 sec. - 60 min.
SST32AAA
SST32ADA
SST32AEA
SST32AHA
120
VDC
24
VAC
0.1 - 10 sec.
1.8 - 180 sec.
SST32EAA
SST32EDA
0.1 - 10 sec.
1.8 - 180 sec.
3 - 300 sec.
18 sec. - 30 min.
36 sec. - 60 min.
SST42AAA
SST42ADA
SST42AEA
SST42AGA
SST42AHA
24
VDC
0.1 - 10 sec.
1.8 - 180 sec.
SST32OAA
SST32ODA
24
VDC
0.1 - 10 sec.
1.8 - 180 sec.
SST42EAA
SST42EDA
12
VDC
0.1 - 10 sec.
1.8 - 180 sec.
SST32QAA
SST32QDA
24
VDC
0.1 - 10 sec.
1.8 - 180 sec.
SST42OAA
SST42ODA
12
VDC
0.1 - 10 sec.
1.8 - 180 sec.
SST42QAA
SST42QDA
SST7 – Repeat Cycle Types
Input
Time Range
Part No.
120
VDC
0.1 - 10 sec.
1.8 - 180 sec.
3 - 300 sec.
18 sec. - 30 min.
36 sec. - 60 min.
SST72AAA
SST72ADA
SST72AEA
SST72AGA
SST72AHA
24
VDC
0.1 - 10 sec.
1.8 - 180 sec.
SST72EAA
SST72EDA
24
VDC
0.1 - 10 sec.
1.8 - 180 sec.
SST72OAA
SST72ODA
12
VDC
0.1 - 10 sec.
1.8 - 180 sec.
SST72QAA
SST72QDA
* Also known as Latching Interval
None at present.
specified.
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
AGASTAT
SCE series
True Off-Delay Time Delay Relay
•
•
•
•
•
®
True Off-Delay timing modes
Six time delays from 0.1 sec. to 10 min.
10A SPDT or 5A DPDT output contacts.
Excellent repeat accuracy – typically better than ± 1%.
8--pin octal plug.
File E15631
File LR51332
CAUTION:
If unit has not been energized for several months, apply operating
voltage for 20 minutes prior to initial time delay.
Timing Modes
True Off-Delay – Upon application of operating voltage (min. 100ms),
output relay contacts transfer. When operating voltage is removed, the
time delay period is initiated. At the end of the delay period, output relay
contacts release. If operating voltage is reapplied prior to expiration of the
delay period, the delay will be cancelled and output relay contacts will
remain transferred.
Timing Ranges: 0.1 to 3 / 0.5 to 15 / 1 to 30 / 4 to 120 / 10 to 300 sec.;
0.33 to 10 min.
Timing Adjustment: Knob adjustment - Internal potentiometer with
external knob adjustment. Maximum time calibrated
with +10%, –0% of values shown below at rated
voltage, at 68°F. Fixed time – internal fixed resistor.
Accuracy: Repeat Accuracy: ± 1.
Overall Accuracy: ± 5%.
Reset Time: 30 ms. min.
Input Data @ 25°C
Power Requirement: 750mw.
Transient Protection: 1,000V plus twice rated voltage for 0.1 ms.
Environmental Data
Mechanical Data
Mounting/Termination: 8-pin octal plug fits either 27E122 or 27E891
(snap-on) socket (order separately).
Arrangements: 1 Form C (SPDT) and 2 Form C (DPDT).
Rating: 1 Form C: 10A @ 120/240VAC, resistive; 1/3 HP @ 120VAC; 345VA
@ 120VAC; 1/4 HP @ 240VAC; 275VA @ 240VAC. Same polarity.
2 Form C: 5A @ 28VDC or 120/240VAC, resistive; 1/6 HP @ 120/
240VAC; 200VA @ 120/240VAC. Same polarity.
Outline Dimensions
.60
(15)
1.97
(50)
Between Terminals and Case and relay contacts and active circuitry:
1,480VAC for one minute.
3.25
(83)
SCE
|
R
X
2
2
|
|
|
|
|
|
Series SCE
Output Rating
Output
True
| W = 10A (SPDT) | 1 = SPDT (W)
Off-delay | X = 5A (DPDT) | 2 = DPDT (W)
Timer
|
|
Agency
Recognition
R = UL recognized
Operating
Mode
2 = True
Off-Delay
C
|
Timing Range
A =0 .1 to 3 sec.
B = 0.5 to 15 sec.
C = 1 to 30 sec.
E = 4 to 120 sec.
G = 10 to 300 sec.
L = 0.33 to 10 min.
A
|
|
|
|
|
|
|
|
|
|
|
|
|
Operating Voltage
(+10%, –15%)
A = 120VAC, 50/60
Hz. / 125VDC
E = 24VAC, 50/60
Hz. / 24VDC
Timing Adjustment
F = 48VAC, 50/60
A = Knob Adjust
Hz. / 48VDC
F = Fixed Times –
Specify time delay
in seconds per the
following examples:
XF9.000 = 9 sec.
XF99.00 = 99 sec.
XF999.0 = 9999 sec.
XF1000 = 1000 sec.
1.97
(50)
Fixed Time
Or Knob Adjust
A
|
|
|
|
|
|
|
|
|
Fixed Time
Or Knob Adjust
None at present.
specified.
subject to change.
Technical support:
1239
Catalog 1308242
Issued 3-03
AGASTAT
VTM-1 series
Specification Grade, On-Delay
Timing Module
•
•
•
•
•
•
Timing from 1 to 1000 sec.
1A solid state SPST-NO output
0.25" (6.35) quick connect terminals
Universal voltage: 24 to 240VAC/VDC
Rated to 10 million operations
File E60363
File LR51332
Timing Mode
Input Data @ 25°C
On-Delay – VTM-1 in-line timing module is wired in series with the load
circuit. Time delay is initiated when power is applied to the series network.
Connecting a resistor across the center terminals provides tamper-proof
setting of time delay from 1-1000 sec.
Operating Voltage: Universal: 24-240VAC/VDC (19-288VAC/VDC).
Current: 2mA (max.) required to operate timer regardless of output state.
Transient Protection: MOV across input 2,000V for 11µs on line side of
load.
Timing Ranges: 1 to 1,000 sec.
Timing Adjustment: Time delay is set by connecting an appropriately rated
resistor or potentiometer between the center two
terminals. As supplied, the unit provides a nominal 1
second delay. Add 10k ohm of resistance for every
additional second of delay required. For example: 5
seconds = 40k ohms; 10 seconds = 90k ohms.
Accuracy: Repeat Accuracy: ± 2%
Reset Time: 100 ms, max., in the timing or time-out condition.
Output Switch Data
Environmental Data
Mechanical Data
Screw mount in horizontal or vertical position through built-in
mounting ears.
Termination: 0.250 in (6.35) quick connect terminals for input line, load
output and timing resistor connection.
Mounting:
Arrangement: 1 Form A (SPST-NO).
Rating: 5A, inductive, at nominal operating voltage.
Inrush: Not to exceed 10A for one cycle.
Max. Leakage Current: 4mA rms.
Expected Electrical Life: 10,000,000 operations at rated load.
Between Active Terminals and Outside of Case: 1,480VAC for one min.
Outline Dimensions
Part Number
VTM-1
Mode
On-Delay
Input Voltage
24-240VAC or VDC
VTM-1
Wiring Diagram
Notes:
1. Do not operate timer
without connecting load
in series with line voltage.
2. For a time delay of 1
second, connect a jumper
across the center two
terminals.
specified.
subject to change.
Technical support:
Catalog 1308242
AGASTAT
VTM1 series
On-Delay
Timing Module
•
•
•
•
•
Reliable solid state timing circuitry.
Excellent transient protection.
Compact design.
Flame retardant, solvent resistant housing.
File E60363
File LR33434
Timing Mode
Input Data @ 25°C
On-Delay.
Voltage: 12 VAC/VDC, 24VAC/VDC, 120 VAC/VDC.
Operating Voltage
<0.1 ms
<1 ms
12, 24 VAC/VDC
860V*
208V*
120 VAC/VDC
2,580V
2,150V*
Timing Ranges: 0.5 to 10 / 3 to 60 sec.; 0.5 to 10 / 3 to 60 min.
Timing Adjustment: External resistor or potentiometer. An external
resistance of 1 megohm is required to obtain the
maximum time for all ranges. To determine the actual
resistance needed to obtain the required time delay,
use the following formula:
(T
)
Treq - Tmin
x 1,000,000 ohms
max - Tmin
Overall Accuracy: ± 2% at R = 1 megohm.
Reset Time: 100 ms, max., before time-out; 10 ms, max., after time-out.
Rt =
* Min. source impedance of 100 ohm.
Environmental Data
Output Switch Data
Arrangement: Solid state 1 Form A (SPST-NO).
Mechanical Data
Mounting: Panel mount with one #8 screw.
Termination: 0.250 in (6.35) quick connect terminals.
Between Terminals and Mounting: 3,000VAC rms.
Between Input and Output: 1,500VAC rms.
Outline Dimensions
2.00
(50.8)
VTM1
|
1.25
(31.8)
.885
(22.5)
Series VTM1
On-Delay
Timing Module
2.00
(50.8)
.170 DIA (4.32)
ACCEPTS #8 SCREW
A
|
Input Voltage
A = 120VAC/VDC
E = 24VAC/VDC
Q = 12VAC/VDC
CD
|
Time Range
CD = 0.5 - 10 sec.
DD = 3 - 60 sec.
FD = 0.5 - 10 min.
GD = 3 - 60 min.
.250 (6.35) X .032 (.813)
QUICK CONNECTS
Wiring Diagram
LOAD
INPUT
VOLTAGE
An external resistance of 1 megohm is
required to obtain the maximum time
for all ranges. To determine the actual
resistance needed to obtain the
required time delay, use the following
formula:
Rt =
(
Treq - Tmin
Tmax - Tmin
)
VTM1ECD
VTM1EDD
x 1,000,000 ohms
specified.
subject to change.
Technical support:
1241
Catalog 1308242
Issued 3-03
AGASTAT
VTMA1 series
On-Delay Timing Module
With Internal Potentiometer
•
•
•
•
•
•
Discrete voltage or universal type.
Internal potentiometer for timing adjustment.
File E60363
File LR33434
Timing Mode
Input Data @ 25°C
On-Delay.
Voltage: ± 10% 120VAC/VDC (unfiltered DC must be full-wave rectified) or
24 to 240 VAC/VDC.
Power Requirement: 250mW during timing; 3W, max. after time out.
Timing Ranges: VMTA1ULA only: 24 to 480 sec.
All others: 0.5 to 10 / 3 to 60 /15 to 300 sec.; 3 to 60 min.
Timing Adjustment: Internal potentiometer.
Overall Accuracy: Max. Time: –0%, +10%.
Min. Time: –30%, +10%.
Reset Time: 250 ms, max., before time-out; 10 ms, max., after time-out.
Operating Voltage
<0.1 ms
<1 ms
24 VAC/VDC
860V*
208V*
120/240 VAC/VDC
2,580V
2,150V*
* Min. source impedance of 100 ohms.
Current Drain: 2mA, Max.
Output Switch Data
Environmental Data
Mechanical Data
Outline Dimensions amd Wiring Diagram
2.00
.388 (50.8)
(9.85)
.427
(10.8)
1.25
(31.8)
.885
(22.5)
Part Number
VTMA1ACA
VTMA1ADA
VTMA1ACA
Time Range
0.5 to 10 sec.
3 to 60 sec.
24 to 480 sec.
Input Voltage
120VAC or VDC
24-240VAC or VDC
TIME DELAY
ADJUSTMENT
2.00
(50.8)
INPUT
VOLTAGE
L1
.170 DIA
(4.32)
ACCEPTS
#8 SCREW
LOAD
.250 (6.35) X .032 (.813)
QUICK CONNECTS
L2
None at present.
specified.
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
AGASTAT
VTMR1 series
On-Delay Timing Module
With Internal Potentiometer, Relay Output
•
•
•
•
•
•
8A SPDT relay output.
Internal potentiometer for timing adjustment.
File E60363
File LR33434
Timing Mode
Input Data @ 25°C
On-Delay.
Voltage: ± 10% 120VAC/VDC.
Power Requirement: 3.5VA, max.
Operating Voltage
<0.1 ms
<1 ms
120 VAC/VDC
2,580V
2,150V*
Timing Ranges: 15 to 300 sec.
Timing Adjustment: Internal potentiometer.
Accuracy: Repeat Accuracy: ± 5% max. (0.25% typ.)
Overall Accuracy: Max. Time: –0%, +10%.
Min. Time: –30%, +10%.
Reset Time: 250 ms, max.
Current Drain: 30mA, Max.
Output Contact Data
Environmental Data
Arrangement: 1 Form C (SPDT).
Rating: 8A, resistive, at nominal operating voltage.
Expected Mechanical Life: 10,000,000 operations.
Expected Electrical Life: 100,000 operations.
Mechanical Data
Outline Dimensions and Wiring Diagram
.278
(7.06)
.763
(19.4)
2.00
(50.8)
OUTPUT RELAY
Part Number
VTMR1AEA
Time Range
15 to 300 sec.
Input Voltage
120VAC
OUTPUT
RELAY
.286
TIME
(7.26) DELAY
ADJUST
2.00
(50.8)
.170 DIA
(4.32)
ACCEPTS
#8 SCREW
INPUT VOLTAGE
.250 (6.35) X .032 (.813)
QUICK CONNECTS
.885
(22.5)
1.25
(31.8)
None at present.
specified.
subject to change.
Technical support:
1243
Catalog 1308242
Issued 3-03
AGASTAT
VTM2 series
Off-Delay
Timing Module
•
•
•
•
•
Off-delay timing mode
Compact design.
File E60363
File LR33434
Timing Mode
Input Data @ 25°C
Off-Delay.
Voltage:(±10%): 12 VAC/VDC, 24VAC/VDC, 120 VAC/VDC.
Power Requirement: 4W, with rated load.
Operating Voltage
<0.1 ms
<1 ms
12, 24 VAC/VDC
860V*
208V*
120 VAC/VDC
2,580V
2,150V*
Timing Ranges: 0.5 to 10 / 3 to 60 sec.; 3 to 60 min.
(T
)
Treq - Tmin
x 1,000,000 ohms
max - Tmin
Rt =
Current Drain: Less than 5mA.
Environmental Data
Output Switch Data
Mechanical Data
Outline Dimensions
VTM2
|
1.25
(31.8)
2.00
(50.8)
.885
(22.5)
Series VTM2
Off-Delay
Timing Module
2.00
(50.8)
.170 DIA (4.32)
ACCEPTS #8 SCREW
A
|
Input Voltage
A = 120VAC/VDC
E = 24VAC/VDC
Q = 12VAC/VDC
CD
|
Time Range
CD = 0.5 - 10 sec.
DD = 3 - 60 sec.
GD = 3 - 60 min.
.250 (6.35) X .032 (.813)
QUICK CONNECTS
Wiring Diagram
POLARITY SHOWN
FOR DC
MODELS
LOAD
1 7
START
SWITCH
6
5
Rt
2
INPUT
VOLTAGE
3
4
formula:
Rt =
(
Treq - Tmin
Tmax - Tmin
)
None at present.
x 1,000,000 ohms
specified.
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
AGASTAT
VTM3 series
Interval
Timing Module
•
•
•
•
•
Interval timing mode
Compact design.
File E60363
File LR33434
Timing Mode
Input Data @ 25°C
Interval.
Operating Voltage
<0.1 ms
<1 ms
12, 24 VAC/VDC
860V*
208V*
120 VAC/VDC
2,580V
2,150V*
(T
)
Treq - Tmin
x 1,000,000 ohms
max - Tmin
Rt =
Environmental Data
Output Switch Data
Mechanical Data
Outline Dimensions
VTM3
|
1.25
(31.8)
2.00
(50.8)
.885
(22.5)
Series VTM3
Interval
Timing Module
2.00
(50.8)
.170 DIA (4.32)
ACCEPTS #8 SCREW
A
|
Input Voltage
A = 120VAC/VDC
E = 24VAC/VDC
Q = 12VAC/VDC
CD
|
Time Range
CD = 0.5 - 10 sec.
DD = 3 - 60 sec.
GD = 3 - 60 min.
.250 (6.35) X .032 (.813)
QUICK CONNECTS
Wiring Diagram
POLARITY SHOWN
FOR DC
MODELS
LOAD
1
5
2
4
Rt
INPUT
VOLTAGE
formula:
3
Rt =
(
Treq - Tmin
Tmax - Tmin
)
None at present.
x 1,000,000 ohms
specified.
subject to change.
Technical support:
1245
Catalog 1308242
Issued 3-03
AGASTAT
VTM4
series
One Shot (Latching Interval)
Timing Module
•
•
•
•
•
One shot (latching interval) timing mode
Compact design.
File E60363
File LR33434
Timing Mode
Input Data @ 25°C
One Shot (Latching Interval).
Operating Voltage
<0.1 ms
<1 ms
12, 24 VAC/VDC
860V*
208V*
120 VAC/VDC
2,580V
2,150V*
Timing Ranges: 0.5 to 10 / 3 to 60 sec.; 0.5 to 10 / 3 to 60 min.
(T
)
Treq - Tmin
x 1,000,000 ohms
max - Tmin
Rt =
Environmental Data
Output Switch Data
Mechanical Data
Outline Dimensions
1.25
(31.8)
2.00
(50.8)
.885
(22.5)
2.00
(50.8)
.170 DIA (4.32)
ACCEPTS #8 SCREW
VTM4
|
Series VTM4
One Shot
(Latching Interval)
Timing Module
A
|
Input Voltage
A = 120VAC/VDC
E = 24VAC/VDC
Q = 12VAC/VDC
CD
|
Time Range
CD = 0.5 - 10 sec.
DD = 3 - 60 sec.
FD = 0.5 - 10 min.
GD = 3 - 60 min.
.250 (6.35) X .032 (.813)
QUICK CONNECTS
Wiring Diagram
POLARITY SHOWN
FOR DC
MODELS
LOAD
1 7
2
INPUT
VOLTAGE
3
START
SWITCH
6
5
4
R t formula:
Rt =
(
Treq - Tmin
Tmax - Tmin
)
None at present.
x 1,000,000 ohms
specified.
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
AGASTAT
VTM7 series
Repeat Cycle
Timing Module
•
•
•
•
•
•
Repeat cycle timing mode
Independently adjustable On and Off times.
Compact design.
File E60363
File LR33434
Timing Mode
Input Data @ 25°C
Repeat Cycle.
Operating Voltage
<0.1 ms
<1 ms
12, 24 VAC/VDC
860V*
208V*
120 VAC/VDC
2,580V
2,150V*
(T
)
Treq - Tmin
x 1,000,000 ohms
max - Tmin
Reset Time: 500 ms.
Rt =
Environmental Data
Output Switch Data
Mechanical Data
Outline Dimensions
1.25
(31.8)
2.00
(50.8)
VTM7
|
.885
(22.5)
Series VTM7
Repat Cycle
Timing Module
2.00
(50.8)
.170 DIA (4.32)
ACCEPTS #8 SCREW
A
|
Input Voltage
A = 120VAC/VDC
E = 24VAC/VDC
Q = 12VAC/VDC
CD
|
Time Range
CD = 0.5 - 10 sec.
DD = 3 - 60 sec.
GD = 3 - 60 min.
.250 (6.35) X .032 (.813)
QUICK CONNECTS
Wiring Diagram
POLARITY SHOWN
FOR DC
MODELS
LOAD
1 7
Rt
OFF
6
5
Rt
2
INPUT
VOLTAGE
4
ON
formula:
3
Rt =
(
Treq - Tmin
Tmax - Tmin
)
None at present.
x 1,000,000 ohms
specified.
subject to change.
Technical support:
1247
Catalog 1308242
AGASTAT
7000 series
Industrial Electropneumatic
Timing Relay
File E15631
File LR29186
Series 7000 Timing Relays are also manufactured to MIL-SPEC requirements,
conforming to requirements of MIL-C-2212F (SHIPS) with the exception of MILS-901. Consult factory for ordering information.
Note:7032 types and certain models with accessories are not agency approved.
Users should thoroughly review the technical data before selecting a product
part number. It is recommended that users also seek out the pertinent
approvals files of the agencies/laboratories and review them to ensure the
product meets the requirements for a given application.
Design Features
On-delay model 7012 (delay on pickup)
• Available in on-delay, true off-delay, and on/off-delay.
• Timing from 0.1 seconds to 60 minutes, fully calibrated in linear increments.
• Oversize time-calibrated adjustment knobs, serrated with high-resolution
markings visible from all angles makes the timer easy to set timers.
• Inherent transient immunity.
• Standard voltages from 6-550VAC and 12-550VDC (special voltages available.)
• Available in 2-pole or 4-pole models.
• Numerous enclosure options: explosion proof, dust tight, watertight,
hermetically-sealed, NEMA 1.
• Auxiliary timed and instantaneous switches can be added for greater switching
flexibility.
• Many mounting options: Surface mount, Panel mount, Octal plug-in mounting.
• Options: quick-connect terminals, dial stops, and transient protection module.
• Easy-to-reach screw terminals, all on the face of the unit, clearly identified.
• Modular assembly - timing head, coil assembly and switchblock are all
individual modules, with switches field-replaceable.
Applying continuous voltage to the coil
(L1-L2) starts a time delay lasting for
the preset time. During this period the
normally closed contacts (3-5 and 4-6)
remain closed. At the end of the delay
period the normally closed contacts
break and the normally open contacts
(1-5 and 2-6) make. The contacts remain in this transferred position until
the coil is deenergized, at which time
the switch instantaneously returns to
its original position.
De-energizing the coil, either during
or after the delay period, will recycle
the unit within 50 msec.
It will then provide a full delay period
upon re-energization, regardless of
how often the coil voltage is interrupted before the unit has been permitted
to "time-out" to its full delay setting.
Design & Construction
There are three main components of Series 7000 Timing Relays:
Calibrated Timing Head uses no needle valve, recirculates air under
controlled pressure through a variable orifice to provide linearly adjustable
timing. Patented design provides instant recycling, easy adjustment and long
service life under severe operating conditions.
Precision-Wound Potted Coil module supplies the initial motive force
with minimum current drain. Total sealing without external leads eliminates
moisture problems, gives maximum insulation value.
Snap-Action Switch Assembly - custom-designed over-center
mechanism provides greater contact pressure up to transfer time for
positive, no flutter action. Standard switches are DPDT arrangement, with
flexible beryllium copper blades and silver-cadmium oxide contacts. Special
"timing-duty" design assures positive wiping action, sustained contact pressure and greater heat dissipation during long delay periods.
Each of these subassemblies forms a self-contained module which is
then assembled at the factory with the other two to afford a wide choice of
operating types, coil voltages, and timing ranges.
The squared design with front terminals and rear mounting permits the
grouping of Series 7000 units side-by-side in minimum panel space.
Auxiliary switches may be added in the base of the unit, without affecting
the overall width or depth.
Off-delay model 7022 (delay on dropout)
Applying voltage to the coil (for at
least 50 msec) will instantaneously
transfer the switch, breaking the normally closed contacts (1-5 and 2-6),
and making the normally open
contacts (3-5 and 4-6). Contacts
remain in this transferred position as
long as the coil is energized. The
time delay begins immediately upon
de-energization. At the end of the delay period the switch returns to its
normal position.
Re-energizing the coil during the
delay period will immediately return
the timing mechanism to a point
where it will provide a full delay
period upon subsequent deenergization. The switch remains in
the transferred position.
Operation
Two basic operating types are available.
“On-Delay” models provide a delay period on energization, at the end of
which the switch transfers the load from one set of contacts to another. Deenergizing the unit during the delay period immediately recycles the unit,
readying it for another full delay period on re-energization.
In "Off-Delay" models the switch transfers the load immediately upon
energization, and the delay period does not begin until the unit is deenergized. At the end of the delay period the switch returns to its original position. Re-energizing the unit during the delay period immediately resets the
timing, readying it for another full delay period on de-energization. No power
is required during the timing period.
In addition to these basic operating types, "Double-Head" models offer
sequential delays on pull-in and drop-out in one unit. With the addition of
auxiliary switches the basic models provide two-step timing, pulse actuation
for interlock circuits, or added circuit capacity.
NOTE: Seismic & radiation tested E7000 models are available.
Consult factory for detailed information.
specified.
To increase the versatility of the basic timer models, auxiliary switches may
be added to either on-delay or off-delay types. They switch additional circuits,
provide two-step timing action, or furnish electrical interlock for sustained coil
energization from a momentary impulse, depending on the type selected and
its adjustment. Because of their simple attachment and adjustment features,
they can be installed at the factory or in the field, by any competent mechanic.
All auxiliary switches are SPDT with UL listings of 10A @ 125, 250, or 480
VAC. A maximum of one Code T or two Code L auxiliary switches may be
added to each relay. The L or LL switch is available with on-delay relays only.
The T switch is available with both the on-delay and off-delay relays.
Auxiliary Switch Options for On-Delay
Instant Transfer (Auxiliary Switch Code L,
maximum of 2 per relay.)
1. Energizing coil begins time delay and transfers auxiliary switch.
2. Main switch transfers after total preset delay.
3. De-energizing coil resets both switches instantly.
Auxiliary switch is nonadjustable.
Two-Step Timing (Auxiliary Switch Code T,
maximum of 1 per relay.)
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
AGASTAT
Auxiliary switch options
To increase the versatility of the basic timer models, auxiliary switches may
be added to either on-delay or off-delay types. They switch additional circuits,
provide two-step timing action, or furnish electrical interlock for sustained coil
energization from a momentary impulse, depending on the type selected and
its adjustment. Because of their simple attachment and adjustment features,
they can be installed at the factory or in the field, by any competent mechanic.
All auxiliary switches are SPDT with UL listings of 10A @ 125, 250, or 480 VAC.
A maximum of one Code T or two Code L auxiliary switches may be added to
each relay. The L or LL switch is available with on-delay relays only. The T
switch is available with both the on-delay and off-delay relays.
Auxiliary Switch Options for On-Delay
Instant Transfer (Auxiliary Switch Code L, maximum of 2 per relay.)
1. Energizing coil begins time delay and transfers auxiliary switch.
3. De-energizing coil resets both switches instantly.
Auxiliary switch is nonadjustable.
Two-Step Timing (Auxiliary Switch Code T, maximum of 1 per relay.)
1. Energizing coil begins time delay.
2. After first delay auxiliary switch transfers.
4. De-energizing coil resets both switches instantly. First delay is
independently adjustable, up to 30% of overall delay.
(Recommended maximum 100 seconds.)
Auxiliary Switch Options for Off-Delay
In these models the same auxiliary switch provides either two-step timing or
instant transfer action, depending on the adjustment of the actuator.
Two-Step Timing (Auxiliary Switch Code T, maximum of 1 per relay.)
1. Energizing coil transfers main and auxiliary switches instantly.
2. De-energizing coil begins time delay.
3. After first delay auxiliary switch transfers.
4. Main switch transfers after total preset delay. First delay is independently
adjustable, up to 30% of overall delay. (Recommended maximum 100 seconds.)
Instant Transfer (Auxiliary Switch Code L, maximum of 1 per relay.)
1. Energizing coil transfers main and auxiliary switches instantly.
2. De-energizing coil resets auxiliary switch and begins time delay.
Auxiliary switch is factory adjusted to give instant transfer operation, but may
be easily adjusted in the field to provide two-step timing.
On-delay, off-delay model 7032 (double head)
The Double Head model provides delayed switch transfer on
energization of its coil, followed by delayed resetting upon coil deenergization. Each delay period is independently adjustable.
In new circuit designs or the improvement of existing controls now
using two or more conventional timers, the Double Head unit offers distinct
advantages.
Its compact design saves precious panel space, while the simplified
wiring reduces costly interconnection.
On-delay, off-delay model 7032 (double head)
With the addition of an extra switch block at the bottom of the basic unit,
this version of the Series 7000 offers four pole switch capacity with simultaneous timing or two-step timing. The two-step operation is achieved by
factory adjustment to your specifications.
For two-step operation, a maximum timing ratio between upper and
lower switches of 3:2 is recommended. Once adjusted at the factory, this
ratio remains constant regardless of changes in dial settings. (Ex: If upper
switch transfer is set on dial at 60 sec., minimum time on lower switch
should be 40 sec.)
This Series 7000 unit offers many of the performance features found in
basic models - voltage ranges, timing and switch capacities are virtually identical.
Four pole models add approximately 1-1/4" to the maximum height of the
basic model, approximately 1/8" to the depth. They are designed for vertical
operation only.
Surge/transient protection option
Features
• Protect electronic control circuits
from voltage transients generated
by the timer coil.
• Fast response to the rapidly rising
back E.M.F.
• High performance clamping voltage
characteristics.
• UL recognized, (except varistor and
coil together).
• Timer NOT polarity sensitive.
The Surge/Transient Protection Option protects electronic control circuits from
transients and surges which are generated when the timer coil is activated.
Built with a minimum of moving parts, the unit provides a fast response to rapidly rising voltage transients. The accurate, precision-made device is not polarity sensitive and permits the user to initiate, delay, sequence and program
equipment actions over a wide range of applications under the most severe
operating conditions.
It consists of a specially modified coil case, varistor, varistor cover, terminal
extensions and cup washers so that normal terminations can be used. The
varistor will not affect the operating characteristics of the 7000 Timer. The
varistor has bilateral and symmetrical voltage and current characteristics and
therefore can be used in place of the back-to-back zener diodes. This characteristic also means that the coil will not be polarity sensitive.
Transient Suppressor
Option "V"
specified.
subject to change.
Technical support:
1249
Catalog 1308242
Issued 3-03
AGASTAT
Timing Specifications (All values shown are at nominal voltage and 25°C unless otherwise specified).
Operating Modes:
Model 7012/7014: On-delay (delay on pick-up).
Model 7022/7024: Off-delay (delay on drop-out).
Model 7032: On-delay, off-delay (double head).
Timing Adjustment: Timing is set by simply turning the calibrated dial to
the desired time value. In the zone of approximately 25° separating the
high and low end of timing ranges A,D,E, and K, instantaneous operation
(no time delay) will occur. All other ranges produce an infinite time delay
when the dial is set in this zone.
Models 7014 and 7032 are available with letter-calibrated dials only. The
upper end of the time ranges in these models may be twice the values
shown.
Linear Timing Ranges:
Models 7012,
Models 7014,
Code
7022, 7024
7032
A
.1 to 1 Sec.
.2 to 2 Sec.
B
.5 to 5 Sec.
.7 to 7 Sec.
C
1.5 to 15 Sec
2 to 20 Sec.
D
5 to 50 Sec.
10 to 100 Sec.
E
20 to 200 Sec.
30 to 300 Sec.
F
1 to 10 Min.
1.5 to 15 Min.
H
3 to 30 Min.
3 to 30 Min.
I
6 to 60 Min.
Not Avail.
J
3 to 120 Cyc.
Not Avail.
K
1 to 300 Sec.
Not Avail.
Repeat Accuracy:
For delays of 200 seconds or less:
7012*, 7022, 7024:
+5%
7014*:
+10%
7032:
+15%
For delays greater than 200 seconds: 7012*, 7022, 7014*, 7024: +10%
7032:
+15%
* The first time delay afforded by Model 7012 with H (3 to 30 min.) and I (6
to 60 min.) time ranges or Model 7014 with H time range will be approx.
15% longer than subsequent delays due to coil temperature rise.
Reset Time: 50 msec. (except model 7032)
Relay Release Time: 50 msec. for on-delay models (7012/7014)
Relay Operate Time: 50 msec. for off-delay models (7022/7024)
Operating Voltage Coil Data (for DPDT)
Coil
Part #
Code
Letter
Rated
Voltage
7000
A
B
C
D
E
F
G
H
I
J
K
120
240
480
550
24
AC
12
6
208
L
7010
DC
M
N
O
P
Q
R
S
T
U
V
W
Y
Z
X
28
48
24
125
12
60
250
550
16
32
96
6
220
Operating*
Voltage
Range
@ 60Hz
102-132
204-264
408-528
468-605
20.5-26.5
110
220
Operating
Voltage
Range
@50Hz
93.5-121
187-242
127
240
108-140
204-264
Rated
Voltage
10.2-13.2
5.1-6.6
178-229
Dual Voltage Coil
(Combines A&B)
Special AC Coils
(L1, L2, etc.)
22.4-30.8
38.4-52.8
19.2-26.4
100-137.5
9.6-13.2
48-66
200-275
440-605
12.8-17.6
25.8-35.2
76.8-105.6
4.8-6.6
176-242
Special DC Coils
(X1, X2, etc.)
*Four pole Models: Operational voltage range 90% to 110% for AC units;
85% to 110% for DC units.
Minimum operating voltages are based on vertically mounted 7012 units.
7012 horizontally mounted or 7022 vertically or horizontally mounted units
will operate satisfactorily at minimum voltages approximately 5% lower than
those listed.
AC units drop out at approximately 50% of rated voltage. DC units drop out
at approximately 10% of rated voltage.
All units may be operated on intermittent duty cycles at voltages 10% above
the listed maximums (intermittent duty - maximum 50% duty cycle and 30
minutes "on" time.)
Surge/Transient Protection Option Characteristics (DC Timers Only)
Coil Voltage
Max Excess
Max De-energization
Nominal (DC)
Energy Capacity (Joule)
Transient Voltage
12 V
24 V
28 V
32 V
48 V
60 V
96 V
110 V
125 V
220 V
250 V
0.4 J
1.8 J
1.8 J
2.5 J
3.57 J
6J
10 J
10 J
10 J
17 J
17 J
48 V
93 V
93 V
135 V
145 V
250 V
340 V
340 V
340 V
366 V
366 V
Surge Life
Applied 100,000 times continuously with the interval of 10 seconds at room
temperature. Below 68 VAC: 12A; Above 68 VAC: 35A
Temperature Range
Operating: -22°F to +167°F (-30°C to + 75°C)
Storage: -40°F to +167°F (-40°C to +75°C)
Output/Life Contact Ratings: Contact Capacity in Amps (Resistive Load)
Contact
Min. 100,000 Min. 1,000,000
Voltage
Operations
Operations
30 VDC
15.0
7.0
110 VDC
1.0
0.5
120 V 60Hz
20.0
15.0
240 V 60Hz
20.0
15.0
480 V 60Hz
12.0
10.0
10 Amps Resistive, 240 VAC
1/4 Horsepower, 120 VAC/240VAC (per pole)
15 Amps 30 VDC (per pole)
5 Amps, General Purpose, 600VAC (per pole)
Dielectric: Withstands 1500 volts RMS 60Hz between terminals and
ground. 1,000 volts RMS 60 Hz between non-connected terminals. For
dielectric specification on hermetically sealed models consult factory.
Insulation Resistance: 500 Megohms with 500VDC applied.
Temperature Range: Operating: -20°F to +165°F (-29°C to 74°C)
Storage: -67°F to +165°F (-55°C to 74°C)
Temperature Variation: Using a fixed time delay which was set and
measured when the ambient temperature was 77°F (25°C), the maximum
observed shift in the average of three consecutive time delays was -20% at
-20°F (-29°C) and +20% at 165°F (74°C).
Mounting/Terminals: Normal mounting of the basic unit is in a vertical
position, from the back of the panel. A front mounting bracket is also
supplied with each basic unit, for installation from the front of the panel.
All units are calibrated for vertical operation. Basic models (7012, 7022)
may also be horizontally mounted, and will be adjusted accordingly when
Accessory Y1 is specified in your order.
Standard screw terminals (8-32 truss head screws supplied) are located
on the front of the unit, with permanent schematic markings. Barrier
isolation is designed to accommodate spade or ring tongue terminals, with
spacing to meet all industrial control specifications.
The basic Series 7000 may also be panel mounted with the addition of a
panelmount kit that includes all necessary hardware and faceplate. This
offers the convenience of "out-front" adjustment, with large calibrated dial
skirt knob. The faceplate and knob blend with advanced equipment and
console designs, while the body of the unit and its wiring are protected
behind the panel.
Other mounting options include plug-in styles and special configurations
to meet unusual installation requirements. Contact factory for details.
Power Consumption: Approximately 8 watts power at rated voltage .
Approximate Weights:
Models
7012, 7022 . . . . . . . 2 lbs. 4 ozs.
7014, 7024 . . . . . . . 2 lbs. 10 ozs.
7032 . . . . . . . . . . . . 3 lbs. 5 ozs.
Weight may vary slightly with coil voltage.
See next column for more coil data.
specified.
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
AGASTAT
Outline Dimensions (Dimensions in inches).
Models 7012, 7022
Panel mount Option "X"
Model 7032
Models 7014, 7024
Surge/Transient Protection Option
specified.
subject to change.
Technical support:
1251
Catalog 1308242
Issued 3-03
AGASTAT
Typical Part No. ➤
70
1
2
A
D
GZ
1. Basic Series:
70 = 7000 series electropneumatic timing relay
2. Operation:
1 = On-delay
2 = Off-delay
3 = On-delay, off-delay (double head)
3. Contact Arrangement:
2 = 2PDT (2 form C)
**4 = 4PDT (4 form C)
4. Coil Voltage:
AC Coils
A = 120VAC, 60 Hz.; 110VAC, 50Hz.
B = 240VAC, 60 Hz.; 220VAC, 50Hz.
C = 480VAC, 60 Hz.
D = 550VAC, 60 Hz.
E = 24VAC, 60 Hz.
F = 127VAC, 50 Hz.
G = 240VAC, 50Hz.
H = 12VAC, 60 Hz.
K = Dual voltage (combines A & B)
L = Special AC coils (L1, L2, etc.)
5. Timing Range:
Models 7012, 7022 & 7024
A = .15 to 3 sec.
B = .5 to 5 sec.
C = 1.5 to 15 sec.
D = 5 to 50 sec.
E = 20 to 200 sec.
F = 1 to 10 min.
H = 3 to 30 min.
I = 6 to 60 min.
J = 3 to 120 cyc.
K = 1 to 300 sec.
DC Coils
M = 28VDC
N = 48VDC
O = 24VDC
P = 125VDC
Q = 12VDC
R = 60VDC
S = 250VDC
T = 550VDC
U = 16VDC
V = 32VDC
W = 96VDC
Y = 6VDC
Z = 220VDC
X = Special DC coils (X1, X2, etc.)
†Models 7014 & 7032
For model 7032 specify separate time
range code for each head. Example: AB.
Any two ranges may be selected.
A = .2 to 2 sec.
B = .7 to 7 sec.
C = 2 to 20 sec.
D = 10 to 100 sec.
E = 30 to 300 sec.
F = 1.5 to 15 min.
H = 3 to 30 min.
6. Options:
A1 = Single quick-connect terminals (note 4).
A2 = Double quick-connect terminals (note 4).
B = Plug-in connectors (note 4).
GZ = Enclosure with bottom knockouts (note 1).
H2 = Hermetically sealed enclosure, 8 pin solder (notes 1 & 4).
H3 = Hermetically sealed enclosure, 8 pin octal (notes 1 & 4).
H4 = Hermetically sealed enclosure, 8 screw terminal block (notes 1 & 4).
*H6 = Hermetically sealed enclosure, 11 pin solder (notes 1 & 4).
*H7 = Hermetically sealed enclosure, 11 pin octal (notes 1 & 4).
*H8 = Hermetically sealed enclosure, 11 screw terminal block (notes 1 & 4).
l1 = Tamper-proof Cap, opaque black (Cannot be combined with Option X).
l2 = Tamper-proof Cap, transparent (Cannot be combined with Option X).
K = Explosion-proof Enclosure (note 1).
L = Auxiliary Switch, instant transfer. 7012 only (notes 2 & 6).
LL = Two Aux. Switches, instant transfer. On Model 7014 Factory Installed Only. (notes 2 & 6)
M = Dust-tight Gasketing (notes 4 & 5).
P = Octal Plug Adapter. Can be combined only with options l1,l2. M, S, X, or Y1. (note 4).
S = Dial Stops.
T = Auxiliary Switch, two-step timing (notes 2 & 6).
V = Transient/Surge Protection (for DC coil voltage only).
W = Watertight Enclosure (note 1).
X = Panelmount includes hardware and adjustment for horizontal operation (note 4)
Y1 = Horizontal calibration, for horizontal operation without panelmounting (note 4).
Y2 = Horizontal calibration, with Compensating Spring for vertical operation (note 4).
Notes:
1. Cannot be combined with B, P or X Options
2. Cannot be combined with B, P or Y2 Options
3. Cannot be combined with GZ, H, l1, l2, K, W or Y1 Options
4. Not Avail. on 4-Pole Models
5. Not Available with L, T or LL options.
6. Not Available on hermetically sealed units.
* Sized to accommodate one L or T Auxiliary Switch
** Not available on On-Delay, Off-Delay (Double Head) model.
† Available with letter calibrated dials only. Upper end of time range may be twice the value shown
†† 120 cycles = 2 sec.
Our authorized distributors are more likely to maintain the following items in stock for immediate delivery..
7012AA
7012AB
7012AC
7012AD
7012AE
7012AF
7012AH
7012AK
7012ACL
7012BC
7012NC
7012PA
7012PB
7012PC
7012PD
7012PF
7012PJ
7012PK
7012PKX
7012PJX
7022AA
7022AB
7022AC
7022AD
7022AE
7022AF
7022AH
specified.
7022AI
7022AJ
7022AKT
7022BC
7022BK
7022PA
7022PB
7022PC
7022PK
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
AGASTAT
Ordering options – can only be orderd as factory installed options (Dimensions, where shown, are in inches.)
A1 – Single Quick-Connect Terminals
A2 – Double Quick-Connect Terminals
B – Plug-In Connectors
Use with Accessory
“C” or “D” below.
GZ – Total Enclosure
H – Hermetically Sealed Enclosure
I – Tamper-Proof Cover
With knockouts for bottom
connection.
3.16" W x 3.84" D x 7.63"H
K – Explosion proof Enclosure
L – Auxiliary Switch
LL – Auxiliary Switch
(Meets requirements for
Class I, Groups C&D
locations).
7.50"W x 6.00" D x 10.38" H
M – Dustight
P – Octal Plug Adapter
S – Dial Stops
Gasket
Gasket
V – Transient/Surge Protection
T – Auxiliary Switch
W – Watertight Enclosure (NEMA-4)
4.75" W x 4.44" D x 9.75" H
Transient
Protection
X – Panelmount Kit
Mounting hardware
included.
Accessories (Not available for 7032 models)
Plug-In Receptacle (Accessory D)
Plug-In Receptacle (Accessory C)
Screw Terminals Catalog
No. 700137. For use with
"B" Option
Quick Connect
Terminals
Catalog No. 700141.
For use with "B"
Option.
Ordering options can only be ordered as factory installed options.
specified.
subject to change.
Technical support:
1253
Catalog 1308242
Issued 3-03
AGASTAT
2100 series
Miniature Electropneumatic
Timing Relay
Users should thoroughly review the technical data before selecting a product
part number. It is recommended that users also seek out the pertinent
approvals files of the agencies/laboratories and review them to ensure the
product meets the requirements for a given application.
Design Features
• High Repeat Accuracy over voltage and temperature extremes
• Hermetically sealed units are designed for high shock and vibration
applications
• Instant recycling – easy linear adjustment
• Exclusive Dial Head adjustment – no needle valves
• Delay ranges from milliseconds to 3 minutes
• DPDT contacts
Design & Construction
Sealed patented timing head circulates air under controlled pressure
through a variable orifice to provide adjustable timing. Circular-path Dial
Head principle replaces traditional needle valve.
Snap-action switch assembly provides sustained contact pressure during
timing cycles. Specially designed over center mechanism assures flutterfree load transfer after extended delay periods.
Precision-wound solenoid assembly supplies the basic motive force
when the control circuit is closed.
These assemblies are mounted in a rigid self-supporting framework within
a steel enclosure. This rugged construction assures permanent alignment
of all operating members, the key to this unit's long trouble-free operation.
Operation
Series 2112 (On-Delay) - Applying rated voltage to the
solenoid coil starts the preset time delay. At the end of the
delay period the NC contacts break and the NO contacts
make. Contacts remain in this position until the coil is deenergized, when the switch instantaneously returns to its
original position. De-energizing the coil, either during or
after the delay period, will immediately (within 25 msec.) recycle the unit. It will then provide another full delay period
on re-energization.
Series 2122 (Off-Delay) - Applying rated voltage to the
coil for at least 75 msec. (for accurate timing) will instantaneously transfer the switch, breaking the NC contacts and
making the NO contacts. Contacts remain in this position
as long as the coil is energized. The preset time delay
period begins as soon as the coil is de-energized, at the
end of which the switch returns to its original position.
No power is required during the timing period. Reenergizing the coil, either during or after the delay period,
will immediately start a new cycle with full delay period.
Repeat Accuracy: NORMAL VERTICAL POSITION
+5% at 25°C; +7% at 85°C; +8% at -55°C.
The average time between -55°C and 85°C will be within +20% of the
average @ 25°C with a proportionally reduced effect at lesser extremes.
In extremely short delay settings an additional 8 msec. variation may result
on AC models due to "half cycle" alternating current effect.
Setting Tolerance: Factory time setting, when specified, subject to additional +5% tolerance.
Position Sensitivity:
HORIZONTAL POSITION: Approximately 5% increase from the initial time in
the vertical position.
INVERTED POSITION: Approximately 10% increase from the initial time in
the vertical position.
Reset Time: 2112 Series: 25 msec.; 2122 Series: 75 msec.
Relay Release Time: 25 msec. (2112 Series)
Relay Operate Time: 75 msec. (2122 Series)
Operating Voltage: Coil Data
Nominal Resistance
Operating
Ohms
Code Voltage
±10%
M
N
P
R
Y
12VDC
28VDC
48VDC
110VDC
125VDC
Code
30
131
500
3200
3380
S
S
T
U
Nominal
Operating
Voltage
Resistance
Ohms
±10%
120V 60 Hz 190 (2112 Series)
120V 60Hz 285 (2122 Series)
240V 60Hz
765
115V 400Hz
2600
Transients: Insensitive to transients of +1500 VAC for 10 milliseconds
Dielectric: 1000V RMS @ 60Hz between non-connected terminals.
Contact Rating (DPDT Contacts):
30V
DC
110V
DC
120V
60Hz
120V
400Hz
240V
60Hz
Inductive (Amps)
2
.75
3
2
1.5
Resistive (Amps)
10
1
10
10
5
Based on 100,000 operations electrical, 1,000,000 mechanical. Inductive and
capacitive load should not have inrush currents that exceed five times normal
operating load.
Ambient Temperature Range: -55°C to +85°C
Weight: Maximum, any unit - 17 ozs.
Mounting/Terminals: Chassis mounting tabs, octal plugs and external (-4)
or internal (-5) adjustment. Panel mounting back plate, internal adjustment,
and solder hook terminals (-9).
Operation (Listed values at nom. voltage, 25°C unless noted).
Operating Mode:
2112: On-delay (delay on pull-in); 2122: Off-delay (delay on drop-out)
Timing Adjustment: All standard models offer easy linear adjustment over
one of nine timing ranges listed below. For applications requiring frequent
readjustment, the external knob model with calibrated dial is recommended.
For tamper-proof installation or where readjustment is infrequent, the internal
key model may be preferred. This model requires removal of the cover plate
for timing adjustment. Hermetically sealed models provide a slotted
adjusting screw under the cap nut on the top cover.
Timing Ranges:
Code
Range
Code
Range
A
B
C
D
E
F
.03 to .1 sec.
.1 to .3 sec.
.15 to 1.0 sec.
.375 to 3.0 sec.
.75 to 10.0 sec.
1.0 to 30.0 sec.
G
H
J
K
L
2.0 to 60.0 sec.
5.0 to 120.0 sec.
5.0 to 180.0 sec.
1.5 to 30.0 cycles
3.0 to 120.0 cycles
specified.
--4
--5
--9
These are minimum standards; where more severe environmental
conditions must be met, please consult the factory.
subject to change.
Technical support:
Catalog 1308242
Issued 3-03
AGASTAT
Outline Dimensions for Industrial Models (Dimensions in inches. Multiply by 25.4 to obtain millimeters.)
Ordering Information for Industrial Models
21
1
2
D
4
N
B
1. Basic Series:
21 = 2100 Miniature electropneumatic timing relay
2. Operation:
1 = On-delay
2 = Off-delay
2 = DPDT (2 form C)
4. Operating Voltage:
A = AC
D = DC
5. Physical Characteristics:
Code
Enclosure
Adjustment
Connector
Mounting
4=
Unsealed
External Knob
Octal Plug
Chassis Mount
5=
Unsealed
Internal Key
Octal Plug
Chassis Mount
9=
Unsealed
Internal Key
Solder Hook
Panel Mount Plate
6. Coil Voltage:
M = 12VDC
N = 28VDC
P = 48VDC
R = 110VDC
Y = 125VDC
S = 120VAC, 50/60 Hz. T = 240VAC, 60 Hz.
7. Timing Range:
A = .03 to .1 sec.
C = .15 to 1.0 sec.
E = .75 to 10.0 sec. H = 5.0 to 120.0 sec.
K = 1.5 to 30.0 cycles
B = .1 to .3 sec.
D = .375 to 3.0 sec. F = 1.0 to 30.0 sec. J = 5.0 to 180.0 sec.
L = 3.0 to 120.0 cycles
None at present.
specified.
subject to change.
Technical support:
1255
Catalog 1308242
Issued 3-03
AGASTAT
Specifications for MIL-Spec and Hermetically Sealed Models
Dielectric: In accordance with specification MIL-R6106E (ASG). Also withstands 1,000 Volts RMS at
60 Hz between non-connected terminals.
Agastat
timing relays
perform to
military
specifications
in Patriot
missiles.
Other: Agastat Miniature Timing Relays also
conform to applicable Mil-Spec. requirements
covering:
Moisture
Ozone
Humidity
Sunshine
Sand/Dust
Acoustic Noise
Salt Spray
Prolonged Storage
Outline Dimensions for MIL-Spec and Hermetically Sealed Models (In inches. Multiply by 25.4 for millimeters).
8 pin solder
hook or MS/AN
Connector
8 pin solder
hook or MS/AN
Connector
Panel Mount
—9
Panel Mount
—H1, —H3
Octal Plug (with internal
adjustment or external
adjustment knob
Octal Plug (with internal
adjustment or external
adjustment knob
Chassis Mount
—H2
Chassis Mount
—4, —5
Ordering Information for MIL-Spec and Hermetically Sealed Models
21
1
2
D
H1
N
B
1. Basic Series:
21 = 2100 Miniature electropneumatic timing relay
2. Operation:
1 = On-delay
2 = Off-delay
2 = DPDT (2 form C)
4. Operating Voltage:
A = AC
D = DC
5. Physical Characteristics:
Code
Enclosure
Adjustment
Connector
Mounting
H1 =
Hermetically Sealed
External Screw
Solder Hook
Panel Mount Plate
H2 =
Hermetically Sealed
External Screw
Octal Plug
Chassis Mount
H3 =
Hermetically Sealed
External Screw
“AN” Connector
Panel Mount Plate
4=
Unsealed
External Knob
Octal Plug
Chassis Mount
5=
Unsealed
Internal Key
Octal Plug
Chassis Mount
9=
Unsealed
Internal Key
Solder Hook
Panel Mount Plate
6. Coil Voltage:
M = 12VDC
N = 28VDC
P = 48VDC
R = 110VDC
Y = 125VDC
S = 120VAC, 50/60 Hz. T = 240VAC, 60 Hz.
U = 115VAC, 400 Hz.
7. Timing Range:
A = .03 to .1 sec.
C = .15 to 1.0 sec.
E = .75 to 10.0 sec. H = 5.0 to 120.0 sec.
K = 1.5 to 30.0 cycles
B = .1 to .3 sec.
D = .375 to 3.0 sec. F = 1.0 to 30.0 sec. J = 5.0 to 180.0 sec.
L = 3.0 to 120.0 cycles
None at present.
specified.
subject to change.
Technical support:

Time Delay Relays and Modules - catalog 1308242 issued 3/2003

Transcription

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