Series 70 ePODs: Type-P

Transcription

Static Transfer Switch with Distribution
Technical Specifications
2
Basic Purpose
The Series 70 ePODs: Type-P provides switching between
two independent power sources on the primary side of the
transformer, while providing power distribution capabilities,
featuring a solid-state transfer switch on the primary side of the
transformer. The Series 70 ePODs: Type-P provides the ability
to transfer power between two or three sources in quarter of an
electrical cycle, while delivering that power to up to twelve subfeed circuit breakers.
This automatically or manually provides static transfers between
two AC sources in less than a quarter cycle, and safely transfers
this power downstream. The Series 70 ePODs: Type-P performs
open-transition transfer in such a manner that the connected load
disruption is minimized without ever cross-connecting the power
sources. A power source is specified as the preferred source, and
if the preferred source fails, the unit will automatically connect to
the alternative source until the preferred source is available again.
Power sources are not required to be synchronized with
our patented dynamic phase compensation technique. All
components of the machine are safely replaceable without the
need to de-energize the load.
© 2013 LayerZero Power Systems, Inc. Series 70 ePODs: Type-P Technical Specifications
eSTS:
Size: 250A, 400A, 600A, 800A
Voltage: 480V, 3-W, 600V, 3-W
Redundancy:
Triple Modular Redundant (TMR)
Single Module Redundant (SMR)
Output Switch: Redundant,
Non-redundant
3
Main Circuit Breaker Section:
MCB optional
Mounting: Fixed, Plug-In
Type:
Molded Case Switch
65kA, 100kA
Electronic Trip
65kAIC, 100kAIC
Accessories:
CB Shunt-trip
120VAC, 24VDC
CB Position Indication:
Open, Tripped, Closed
Transformer section:
Size: 150kVA; 225kVA; 300kVA; 400kVA; 500kVA
Type: Normal Efficiency, TP-1 high efficiency
Inrush: Low-inrush
Distribution Section:
Non-linear thermal rating:
Sub-feed distribution
K-9, K-13, K-20
1200A SafePanel
800A I-Line Panel
Up to six (6) 42-circuit, 225A or 400A panel boards
Reliability
Safety
• Triple modular redundancy
• Serialized circuit boards
• Fail-safe mechanics
• Waveform capture
• “Black box” forensic diagnostics
• Voice guided bypass
• Insulated, epoxy coated buswork
• Silver plated terminals
• Brazed invisible joints
• Machined cap screws & disc springs
• Helicoil & PEM inserts
• Staggered heat sink arrangement
• Fanless operation
• Optical fiber based controls
• Isolated input interface
• InSight IR portholes
• Front-only access
• Dead-front hinged doors
• Clear Translucent Polycarbonate
window to view LEDs
• NFPA 70E friendly
Information Centricity
• Access to eBOSS portal
• Project tracking
• Incident logging
• Access to test reports &
documentation
• Touch screen interface
Connectivity
• Ethernet
• Modbus/TCP
• NTP time clock synchronization
© 2013 LayerZero Power Systems, Inc. Agency Certification
The Series 70 ePODs: Type-P is
ETL listed to UL 1008
AND to UL 60950
Series 70 ePODs: Type-P Technical Specifications
4
Seamless Integration With Existing Systems
Far too often coordination with existing systems are afterthoughts. As a result, many data centers resort to makeshift solutions that
are inefficient and lacking in harmonization with existing monitoring software. LayerZero offers a wide choice of product options, all
designed to coordinate with your existing
power infrastructure. Our products
fully support open protocols, so that the
information generated from LayerZero
equipment seamlessly fits in to existing
monitoring packages. LayerZero supports
open connectivity utilizing open protocols.
Power distribution issues in the data center industry include:
Opportunity to Enhance Operator Safety
Need for Open Connectivity and Monitoring
Our Series 70 product line was developed to provide a
safe environment for the operator; and to assist critical
sites with staying in compliance with the stringent safety
requirements of NFPA 70E.
Coordinating information is difficult when clusters
of connected equipment are based on proprietary
protocols, and LayerZero solves this by basing the
equipment off of open technologies.
Lack of True System Redundancy
Lack of Comprehensive Diagnostics Tools
All of our equipment is truly redundant, so that if
individual components were to fail the systems will
remain fully operational. LayerZero equipment does not
contain any single points of failure.
To prevent future problems in facilities our systems
provide easy to read alarms with clear indications on
the sources of offending conditions, so that root-cause
analysis can be performed.
Reliability
5
Triple Modular Redundancy
The Series 70 ePODs: Type-P occupies a unique architectural location in mission critical infrastructure
systems, in that their tolerance for failure is virtually zero.
The units are available in SMR (Single Modular Redundancy) or TMR (Triple Modular Redundancy)
configurations, both of which are architectures that eliminate single points of failure.
The TMR configuration will continue its mission of being a static transfer switch even if any one control
element were to fail. As such, it is known to improve reliability by an order of magnitude.
Triple Modular Redundant products serve the needs of elite, mission-critical infrastructure
requirements. With our Triple Modular Redundant STS topology we can provide products that are at
least ten times more reliable than alternative solutions.
Serialized circuit boards
We serialize and track all critical circuit boards and memory cards through our eBOSS portal, which
allows customers to reference which components their machines are made from, who tested the
components, as well as the ability to view notes generated from testing.
Serialized components offer the ability to drill-down on prospective component failure utilizing
predictive modeling techniques, so if part fails, the instance can be cross-referenced with similar parts.
This preventative maintenance helps ensure maximum uptime.
Fail-safe mechanics
The bypass procedure employs a fail-safe measure to improve system reliability in that the procedure
can only be physically completed in the correct sequence.
A mechanical “double goalpost” interlock bar constrains the operators behavior so that breakers can
only be manipulated in an order maintain continuity of power to the load.
The restraint rotates downward for manual transfer testing purposes.
Waveform capture
Each transfer event and overload transfer-inhibit event is captured and stored in non-volatile memory.
The Waveform Capture tool is standard in all eSTS products. It provides 3-phase current and 3-phase
voltage waveform analysis of Source 1, Source 2, (Source 3 in a 3-source system) and Output
Precise voltage and current data is necessary to understand why a transfer was made. Detailed
records of transfers help operators better understand the root cause of events, helping engineers
properly eradicate problems. Without waveform capture, this is not possible in a live environment.
The 6-cycle capture is displayed on the control panel or can be viewed remotely on a standard webbrowser.
Reliability
6
“Black box” forensic diagnostics
The black box capabilities of LayerZero equipment are extremely useful for analyzing root cause
analysis, enabling operators to pinpoint exactly where a fault occurred. “Black box” forensics provide
successive event information with ten microsecond resolution, supplies a brief snapshot of the event
with a lead-in for further inquiry, and furnishes a real-time status indicator of all machine parameters
at the time of the event.
The technology in our “black box” event history is one of the most useful recording schemes in the
mission critical power machine industry.
Voice guided bypass
To help prevent operators from completing the bypass procedure out-of-sequence, our products
feature a voice prompted bypass procedure. This instructs the operator in a step-by-step course of
action of the process, with only one operation per screen. Voice guided bypass slows down operators
and compels them to think about the process, significantly reducing the probability of operator error.
Visual and audio cues provide clear instructions on the bypassing sequence.
Epoxy coated buswork
Silver plated terminals
Our usage of epoxy coated buswork
helps ensure safety, protecting
operators from being exposed to live
parts.
LayerZero utilizes silver plating
on all of its machine components
to be able to provide the highest
performance. Silver has high
conductivity and low resistance which makes for a great contact.
Brazed invisible joints
Machined cap screws &
disc springs
Electrical copper bus joints
that cannot be accessed by the
operator for thermal scanning and
maintenance are brazed. This creates
a maintenance-free joint.
LayerZero systems are durable, sturdy,
and built to last.
© 2013 LayerZero Power Systems, Inc. Our systems utilize machined cap
screws and engineered disc springs
with a flat pressure vs deflection
profile to ensure that all bolted
connections maintain constant
torque through the life of the
product.
Reliability
7
Optical fiber controls
Fanless operation
Fiber optic based controls eliminate
noise and interference, while isolating
components from high voltage.
Optical fiber allows service to be
reliably connected, while protecting
the equipment.
Fans and fan sensors are one of the
most common components to fail.
Staggered heat sink
The heat sink arrangement is
staggered between sources and
phases to minimize the creation of
extreme thermal gradients between
heat sink columns when conducting
on one source or the other.
For maximum uptime, Type-P
systems do not contain any fans,
filters, or fan fuses.
PEM inserts
Helicoil inserts
About LayerZero Field Service Engineers
LayerZero Certified Field Service Engineers are responsible for
supporting installations, PMs, equipment upgrades, technical
support, documentation management, and training. Located
nationwide and available 24/7, our certified field service
engineers are well-trained to keep your equipment reliable.
Safety
8
InSight IR Portholes
Strategically positioned IR-scan portholes to enable safe thermal scanning of all bolted connections
with the deadfront closed, without exposing the operator to power circuit voltage.
The IR window swivels upward and unlocks with key-hole access to revel an arc-proof mesh, allowing
the operator to point-and-shoot thermal cameras to obtain accurate readings.
LayerZero provides extensive documentation and training for proper thermal scanning procedures.
Sectionalized Components
Normal operator sections (breakers/switches) are physically separated from the power electronics and
control electronics sections, so that maintenance on a section can be safely performed.
If maintenance is required on a particular section, power can be bypassed to another section to allow
for safe repairs to be made. All connections are optically isolated to minimize risk.
Insulated Parts
Operators are well-protected from exposed connections.
Energized parts are all insulated, covered, recessed, &/or internally mounted for safer operation of the
unit.
In addition, sections that isolate machine components are insulated.
Polycarbonate window to view diagnostic LEDs
Operators can view the status of diagnostic LEDs without direct exposure to the energized power
electronics section.
NFPA 70E
Our Series 70 product line was developed to exceed NFPA-70E regarding operator safety, to help data
centers drastically reduce the risks of their energy distribution systems.
Safety
9
SafePanel distribution
The Series 70 ePODs: Type-P features an IP-20, finger-safe panel board, meaning that the opening will
not allow ingress of ½” (12.5mm) diameter probe, for maximum operator safety.
An arc can form as two live conductors are separated – such as the removal of a circuit breaker
from a panel board. The SafePanel design ensures that a potential arc would be contained in the
connection well so that even if a branch breaker were to be removed, the arc would be contained in
the connection well.
The CB can only be disengaged/removed when in the off position, which eliminates the possibility of
the creation of an arc or flash during breaker removal. When the CB is in the off position, access to
the mounting screw is locked out. When the CB is in the on positions, access to the mounting screw is
enabled via a sliding shutter.
Insulated with the components deeply isolated, removal of the breaker is safe and easy.
There is a convenience handle on the load side and a removable handle on the line side. The subfeed
circuit breaker is installed by placing the CB into the panel board and engaging the lock with a screw.
Connectivity
10
Open protocols
LayerZero utilizes open source protocols for its communications, which allows for:
- An enhanced ability to customize software
- Flexible software development options
- Lower total cost of ownership (no per copy fees)
- Elimination of vendor lock-in
- No proprietary limitations
- Provides a stable, well developed foundation
The control path for the communications system gathers information from all aspects of the machine, isolated by fiber optics.
Connectivity to a WAN allows for the information to be accessible from any location, offering a variety of monitoring options.
Series 70 ePODs:
Type P
Modbus/TCP
Standard
Ethernet
Dry Contacts
http:// through a
standard web browser
- Summary Alarm
- On Source 1
- On Source 2
- Source 1 Available
- Source 2 Available
- Meters
- Alarms
Network Time Protocol
(NTP) Compliant
- Meters
- Alarms
- Waveforms
- History/Event Log
- Diagnostics
A Flexible Approach
A variety of connectivity options provide operators with the ability to adapt LayerZero
systems to fit existing networks without the complications of working with closed,
proprietary systems.
The Series 70 ePODs: Type-P is designed to make it easy to transfer and exchange power
usage data, which is very useful towards making smart corporate decisions and policies.
Information Centricity
11
Touch screen interface
The Dynamic Mimic Panel is presented on a 15” color touch screen Graphical User Interface, which
was carefully designed to be user-friendly, intuitive, and consistent.
A well creative and well organized “page” based navigation helps operators quickly get to the
information they need, without having to search around.
The GUI is “Read-Only” unless a user has logged on. A walk-up user may examine the state of
the switch, but can not change that state. This is “USER” level access. If a user has logged on by
providing a valid password, then he or she is allowed to view additional pages (Page-Level Security)
and to make changes to controls on pages (In-Page Security).
Access expires in 10 minutes. The 10 minute period is renewed if any Page navigation (ROOT or
PAGE) button is selected.
Operators have instant access to real-time power usage information, which is valuable for making
power-related decisions.
A mimic panel graphically show that current state of the switch and power flow, while health meters
provide operators with the capability to know the status of a TMR instantly.
Alarms are visible on every screen. Alarms clear themselves when the offending condition is fixed.
Until such time, Alarms persist. There is no “alarm clearing” button/capability. In a TMR system,
when an alarm is posted by only one SCB the system continues to operate as a fully functional STS.
Such an alarm points to a problem in only one of the three independent control systems.
Each transfer event and overload transfer-inhibit event is captured and stored as part of the history
of the machine. The transfer history can only be cleared by authenticated users.
Product Options
12
Options
•
•
•
•
•
•
•
•
•
Current
Voltage
Number of Sources
Number of Output CBs
Redundancy
Number of Wires
Number of Poles
Frequency
Withstand
Specification Tables
The Series 70 ePODs: Type-P line offers the following configurations:
Current
Voltage
250A
480V, 3-wire, 60Hz
600V, 3-wire, 60Hz
Heat Dissipation
Weight
Dimensions
4,750 BTU/Hr
1,350 lbs
48”W x 36”D x 80”H
400A
7,000 BTU/Hr
1,400 lbs
48”W x 36”D x 80”H
600A
9,500 BTU/Hr
1,500 lbs
48”W x 36”D x 80”H
800A
12,500 BTU/Hr
1,950 lbs
58”W x 36”D x 80”H
Available Withstand Ratings (kA)
480V
18kA
600V
X
25kA
X
X
35kA
X
X
65kA
X
X
100kA
X
X
150kA
X
200kA
Typical
System size (kVA) eSTS ratings
480V, 3-wire
Output Voltage
600V, 3-wire
Dimensions (Front/Right side access)
150kVA
250A
225kVA
400A
300kVA
400A or 600A
120Y/208V, 3-phase,
150A or 250A 4-wire + Ground
240Y/415V, 3-phase,
250A or 400A 4-wire + Ground
400A
480V eSTS
600V eSTS
96"W x 84"H x 36"D
96"W x 84"H x 36"D
96"W x 84"H x 36"D
96"W x 84"H x 36"D
96"W x 84"H x 36"D
96"W x 84"H x 36"D
400kVA
600A
400A or 600A
108"W x 84"H x 36"D
108"W x 84"H x 36"D
500kVA
800A
600A
168"W x 84"H x 48"D
158"W x 84"H x 48"D
Notes:
1) Depth dimensions are valid for Sub-feed distribution. For panel board distribution, depth is 48".
2) Add 12" to width and Left side access for (5) or (6) 42-circuit panel boards
3) Rear access not required for installation; operation; and maintenance
Contact LayerZero for custom sizes and designs.
© 2013 LayerZero Power Systems, Inc. This document is subject to change without notice.
Rev: 1/4/13
© 2013 LayerZero Power Systems, Inc. A
B
C
D
8
8
400A Series 70 eSTS
Area
7
7
300KVA Transformer
Area
6
6
5
5
4
Floor Stand
(See Notes 2 & 3)
Sub-Feed Circuit
Breaker / NEU & GND
Distribution Cabinet
4
3
3
A
N/A
NEW RELEASE
DESCRIPTION
REVISIONS
09/16/2010
DATE
1
APPROVED
STEVE JANKO
SPJ
AJP
SPJ
DWN
CHK
APVD
ANGULAR ± .1/2
TOLERANCES:
.XX ± .03
.XXX ± .010
DATE
DATE
DATE
09/16/10
09/16/10
09/16/10
FIRST ANGLE PROJ.
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
DO NOT SCALE DRAWING
SCALE
D
SIZE
2
1=1
FSCM NO.
1
SHEET
55-11-401493-01
94MD401493-01SHT1
DWG NO.
1 OF 5
A
REV
OUTLINE, MOUNTING, INSTALLATION DIAGRAM
400A, 480V, 60Hz, SMR/TMR, 2 Source Series 70 eSTS/
300KVA Transformer/ Supplied with up to (6) 400A ABB-T5/T3 Sub-Feed
Distribution Breakers / Type P ePODs
Copyright © 2003, LayerZero Power Systems, Inc.
8. There is no shipping split from the factory to the end user.
7. The Output connection from the 2 Source Series 70 eSTS to the
Transformer and the Output connection from the Transformer to
the Sub-Feed Distribution Cabinet will be factory installed
internally.
6. For the Sub-Feed Distribution with Sub-Feed Circuit Breaker
Ratings of 400A unit is supplied with definition showing right side
orientation. See Sht 2 for Cable Access Areas and recommended
wire size (Table 1). See Sht 4 for Cable Landing Locations
5. Fork Lift provision from either the front or side of the assembly
is available as shown. Provision for lifting with a crane is supplied
at the top of the cabinet and is removable if additional clearance
is necessary.
4. For the ePODs the unit is interconnected between the Series 70
eSTS / Transformer Cabinet and bolt-on Sub-Feed Distribution
Cabinet. Sheet 3 will have a description of main components.
3. A separate outline of the floor stands is shown on Sheet 5 for
installation layout purposes.
2. Sheets 2 through 4 will show the assembly in various forms with
the floor stqnd assembly not shown in any views.
1. Front access only required for operation and servicing of Series
70 eSTS and Transformer. Side access only required for servicing
of Sub-Feed Circuit Breakers and associated Neutral and Ground.
Top or Bottom Access is available for the Series 70 eSTS and for
the Sub-Feed Circuit Breaker Cabinet.
NOTE: Dimensions for cable access apply to either top or bottom
entry.
Notes:
REV
ECN
2
A
B
C
D
Series 70 ePODs: Type-P Drawings
13
B
C
D
4
8
FORKLIFT PROVISION
(FRONT ENTRY)
2.00
TYP
SERIES 70 eSTS
AIR EXHAUST
OUTLET
TOP / BOTTOM
CABLE ACCESS AREA
FOR eSTS INPUT
8
GUI
35
3.00 TYP
26
38
85
7
10.0
FRONT VIEW
96
12
38
TRANSFORMER
AIR EXHAUST
OUTLET
6
10.0
6
TRANSFORMER
SUCTION INLET
340 SQ IN TOTAL
(FRONT/BACK)
SERIES70 eSTS /
300kVA XFMR AREA
19.25
TOP VIEW
SERIES 70 ESTS
SUCTION INLET
144 SQ IN TOTAL
7
85
9.25
33.00
2
7
5
SUB-FEED UNIT
CB621 THRU CB624
88
TOP / BOTTOM CABLE
ACCESS AREA
FOR SUB-FEED
PHASE / GND / NEU
OUTPUT
22.25
5
8.0
6
8.0
4
FORKLIFT PROVISION
(SIDE ENTRY)
RIGHT SIDE VIEW
4
7
4.0
88
3
3
A
N/A
SPJ
AJP
SPJ
DWN
CHK
APVD
ANGULAR ± .1/2
TOLERANCES:
.XX ± .03
.XXX ± .010
2
REVISIONS
NEW RELEASE
DESCRIPTION
TABLE 1
#16GA
EITHER SINGLE OR
DUAL HOLE AVAILABLE
SPECIFY AT
TIME OF ORDER
(24) #1/0 THRU 350KCM
EA FOR GND AND NEU
(2) 250MCM
CABLE SIZE AND LUGS
INPUT/
OUTPUT
DATE
09/16/10
09/16/10
09/16/10
FIRST ANGLE PROJ.
DATE
DATE
1
APPROVED
STEVE JANKO
FACTORY PROVIDED
MECHANICAL LUG
BARRELL TYPE
SINGLE / DUAL
FACTORY PROVIDED
MECHANICAL LUG
BARRELL TYPE
ILSCO SINGLE
LANDINGS
NEMA STANDARD
C-C SPACING
(2) 1/2DIA X 1-3/4
COMPRESSION LUG
(75 DEG C WIRE MIN)
09/16/2010
DATE
SCALE
D
SIZE
2
1=1
FSCM NO.
1
SHEET
55-11-401493-01
94MD401493-01SHT2
DWG NO.
2 OF 5
A
REV
CONTROL WIRE
SUB-FEED
CIRCUIT BREAKERS
CB621 THRU CB624
400A
GND / NEU BUS
SOURCE INPUT
(Series 70 eSTS)
400A
DESCRIPTION
CLEARANCES:
FRONT: 42IN
REAR: 4IN
LEFT SIDE: 0IN
RIGHT SIDE: 42IN
TOP: 18IN
GROSS WEIGHT: 5730#
REV
ECN
A
B
C
D
14
B
C
D
8
8
7
SOURCE INPUT/
XFMR OUTPUT
CONTROLS
SECTION
(CIB/ROUTER)
7
6
6
T620
SERIES 70 eSTS
EXHAUST AREA
240 SQ IN
5
TRANSFORMER TAPS
5
4
4
GROUND BUS
ASSEMBLY
3
SUB-FEED
CIRCUIT BREAKER
BANK
NEUTRAL BUS
ASSEMBLY
SUB-FEED
DISTRIBUTION CABINET
(CB621- CB624)
TRANSFORMER
EXHAUST AREA
360 SQ IN
3
A
N/A
SPJ
AJP
SPJ
DWN
CHK
APVD
ANGULAR ± .1/2
TOLERANCES:
.XX ± .03
.XXX ± .010
NEW RELEASE
DESCRIPTION
REVISIONS
DATE
DATE
09/16/10
09/16/10
09/16/10
FIRST ANGLE PROJ.
DATE
09/16/2010
DATE
1
APPROVED
STEVE JANKO
SCALE
D
SIZE
2
1=1
FSCM NO.
1
SHEET
55-11-401493-01
94MD401493-01SHT3
DWG NO.
3 OF 5
A
REV
REV
ECN
2
A
B
C
D
15
B
C
D
8
INPUT
PHASE
LANDING
(BOTTOM)
INPUT
GROUND
LANDING
INPUT
PHASE
LANDING
(TOP)
73
13
INPUT
PHASE
LANDING
8
31
11
18
INPUT
GROUND
8
30
7
36
1.831 TYP
BETWEEN PHASES
41
7
SOURCE 1
A B C
PHASE
SOURCE 2
A B C
PHASE
INPUT
GROUND
TOP VIEW
3
6
FRONT VIEW
96 REF
6
5
5
9
GND / NEU
VERT CL
SUB-FEED
LANDING CL
FUTURE
CB624
CB623
CB622
CB621
FUTURE
FUTURE INCLUDES
BREAKER BASE
W/O PLUG-IN CB
4
4
PH C
PH B
PH A
PH C
PH B
PH A
PH C
PH B
PH A
PH C
PH B
PH A
PH C
PH B
PH A
PH C
PH B
PH A
4
RIGHT SIDE VIEW
3
3
6
A
REV
17
SPJ
AJP
SPJ
DWN
CHK
APVD
ANGULAR ± .1/2
TOLERANCES:
.XX ± .03
.XXX ± .010
17
29
41
NEU BUS
AREA
52
DATE
DATE
09/16/10
09/16/10
09/16/10
FIRST ANGLE PROJ.
DATE
64
APPROVED
STEVE JANKO
76
1.812 BETWEEN
PHASE CL
09/16/2010
DATE
1
D
SCALE
SIZE
2
1=1
FSCM NO.
1
SHEET
55-11-401493-01
94MD401493-01SHT4
DWG NO.
4 OF 5
A
REV
OUTPUT GND 51
BUS AREA
24
OUTPUT GND / NEU CL
1.000 BETWEEN
LUG CL
(24 EA GND/NEU)
24
NEW RELEASE
DESCRIPTION
REVISIONS
SUB-FEED CB LANDING
20
N/A
ECN
2
A
B
C
D
16
B
C
D
8
8
7
83.00
82.000
18.50
ACCESS AREA
SOURCE INPUT
7
6
6
37.500
35.500
21.00
38.50
1.323
5
1.000
1.323
1.000
ACCESS AREA
TRANSFORMER
(NOT USED)
23.00
7.82 8.32
1.32
8.00
5
5.00
36.00
4
4
1.000
1.323
36.00
REV
A
ECN
N/A
3
SPJ
AJP
SPJ
CHK
APVD
ANGULAR ± .1/2
DWN
DATE
DATE
DATE
09/16/10
09/16/10
09/16/10
FIRST ANGLE PROJ.
TOLERANCES:
.XX ± .03
.XXX ± .010
REVISIONS
NEW RELEASE
DESCRIPTION
2
09/16/2010
DATE
1
APPROVED
STEVE JANKO
D
SCALE
SIZE
2
1=1
FSCM NO.
1
SHEET
55-11-401493-01
94MD401493-01SHT5
DWG NO.
5 OF 5
A
REV
NOTE: HEIGHT VARIABLE
FROM NOMINAL u0.75
3
A
B
C
D
17

Series 70 ePODs: Type-P

Transcription

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Step Stool - The Exhibitors` Handbook

ELITE-RADIO" Model: 191

2007 Auction Press Release

How To Use: