Radio Sensortelemetry - Manner Sensortelemetrie

Transcription

Radio Sensortelemetry
* Short description of radio telemetry
page 2 ... 3
* Rotating part to stationary part
page 4 ... 20
* Point to point
page 21
* Antenna diversity
page 22
* Multi channel telemetry
page 23 ... 26
* RMC
page 27 ... 28
* Radio telemetry components
page 29 ... 53
File: ...\FUNK_KATALOG.cdr // 20110406
Short Description of Manner Radio-Sensortelemetry
The Manner Radio Telemetry was especially developed for working in heavy environment conditions. It consists of radio
transmitter and miniaturized sensor signal amplifier. The strain gage bridges and thermocouples, RTD (PT100) are direct
interfaced with the sensor signal amplifier.
The signal from the transducer will be enforced, filtered due to the antialiasing and digitized. The resolution of the signal can be
12 Bit or 16 Bit (option). Thereafter the digital data will be encoded and a special checksum word will be generated.
This special checksum word guarantees absolute noisefree data transmission. The data word and special checksum word will
be FM-modulated of the RF carrier 433/868 MHz. The guarantied wireless transmitting range depends on the data rate. It
ranges from 5 to over 50 meters in free terrain. The system is available in single and multi channel version (2, 4, 8, 16, 32
channels). For each channel exists a separate power supply, amplifier, AD-Converter and DA-Converter. There is no crosstalk
between the channels and no backlash in case of a short circuit. The range adjustment, auto zero can be programmed remote
from a PC.
Diagramm of one channel
R+ R
UB
R-
R
-
+
Ud
R-
ADConverterr
12/16 Bit
Cod.
Transmitter
Filter
Transmitter with direct transducer interface
+
R
~
~
+
-
R+ R
GND
Receiver
Decoder
Data
protection
CRC
DAConverter
0 to ±10V
12/16 Bit
Digital
USB
RS 232
Interface
Range
-Page 2-
Position
(differential transformer)
Configuration
Contactless distance
(me transducer)
Hall sensor
90 to 270V AC
(9 to 36 V DC)
S N
Strain gage
half brigde
Remote
Control (option)
Receiver
0 to ±10V
Strain gage
full brigde
Thermocouple
Sensor Signal
Amplifier
PT100 RTD
PT100
Remote
Cal
Piezo electric
-Page 3-
Transmitter
MANNER Radio Sensortelemetry
(shaft - stationary)
Band clamp
Antenna
Shaft
Shaft
Receiver
Type: AW_T_<bandwidth>_<channels>_<supply>_<output>_<mod>_F
Features:
Type: SV_4_<bandwidth>_<accuracy>_<temp>_<mod>_F
Easy mounting
with Accu-supply 3,6 V Lithium, max 35 hours (one cycle)
Channel count: max. 16
Sample rate: 40000 Sample/s (1 channel)
Sample rate: 20000 Sample/s /channel at 8 channels
Digital transmitting: 12/16 Bit resolution with checksum (CRC)
Transmitting: Radio f = 433/868 MHz, 16 different frequencies
RF-Power: 10 mW; range: 50 m in open field
Integrated data protection by checksum 16 Bit CRC
Low current consumption by low power C-MOS technique: 3,6 V supply
Integrated transducer amplifier range: 0,1 mV/V to 20 mV/V
Range adjustable by solderable resistors
or optional electrical remote programmable range with 12 Bit resolution
Transducer: Strain gage, full- / half bridge, Thermocouple type K
Zero drift / Gain drift: 0,01 %/°C (0,003 %/°C optional)
Optional inductive supply
Max. accelaration: 3000 g
Optional -40 to +120°C environmental temperature
-Page 4-
Transmitter
(shaft - stationary)
Band clamp
Features:
Shaft
Shaft
Easy mounting
Channel count: 1
Digital transmitting 12/16 Bit resolution with checksum (CRC)
Range adjustable by solderable resistor
Temperature range: -10 to +85°C
Type: AW_M_<bandwidth>_<supply>_
<output>_<mod>_F
-Page 5-
(flexible power meter)
Transmitter
Band clamp
speed mark
9 to 36 V DC
Strain gage
full brigde
Shaft
Remote
Control (option)
0 to ±10V
Sensor Signal
Amplifier
Shaft
Speed
sensor
Torque
Speed
Power
Optional
Interface
USB/CAN
9 to 36 V
TTL
USB
Features:
Type: SV_4_<bandwidth>_<accuracy>_
<temp>_<mod>_F
<output>_<mod>_F
Receiver
Speed
0 to ±10V
USB
Easy mounting
Channel count: 1
Range adjustable by solderable resistor
-Page 6-
Torque Meter based on Radio Telemetry
<output>_<mod>_F
Features:
Type: MF_<range>_<bandwidth>_<precision>_<mod>_F
Further information:
see “Messflansch”
Universal torque meter for short term use
Ranges available: 10 Nm to 50 kNm
Linearity and hysteresis: 0,2 %
High bandwidth 0 to 1 kHz(-3 dB)
High reliable digital transmitting 16 Bit resolution
Easy mounting
Transmitting: Radio f = 433/868 MHz
Integrated data protection by checksum (16 Bit CRC)
Max. radial accelaration: 1500 g
Supply receiver: 9 to 36 V DC, 100 mA
Output voltage: 0 to ±10 V, 0(4) to 20 mA, USB, CAN
Type system: type: MF_<range>_<precision>_<bandwidth>_<mod>_<AW>_F_<Inter>
10 Nm
--10 Hz
0,25%
PCM12 AW_M
to
USB
100 Hz PCM16 AW_T
0,1%
50 kNm 0,05%
CAN
1 kHz
-Page 7-
Force Meter based on Radio Telemetry
F
<output>_<mod>_F
Features:
Type: MF_<range>_<bandwidth>_<precision>_<mod>_F
F
Universal torque meter for short term use
Ranges available: 10 N to 5 000 kN
Easy mounting
Output voltage: 0 to ±10 V, 0(4) to 20 mA, USB, CAN, TCP/IP
Type system: type: MFF_<range>_<precision>_<bandwidth>_<mod>_<AW>_F_<Inter>
10 N
10 Hz
0,25%
PCM12 AW_M
--to
100 Hz PCM16 AW_T
0,1%
USB
10 000 kN
1 kHz
0,05%
CAN
-Page 8-
Climate Compressor Torque Meter based on Radio Telemetry
<output>_<mod>_F
Features:
Climate compressor torque meter for short term use
Zerodrift / Gaindrift: 0,01 %/°C (0,003 %/°C optional)
Easy mounting
Type: MFC_<range>_<precision>_<bandwidth>_<mod>_F Supply receiver: 9 to 36 V DC, 100 mA
Type system: type: MFC_<range>_<precision>_<bandwidth>_<mod>_<AW>_F_<Inter>
AW_M
20 Nm
10 Hz
0,25%
PCM16
--AW_P
to
100 Hz
0,1%
USB
50 Nm
1 kHz
CAN
-Page 9-
Acceleration Meter based on Radio Telemetry
a
<output>_<mod>_F
Features:
Universal accelaration meter for short term use
Ranges available: 1 g ... 500 g
High bandwidth 0 to 1 (10) kHz(-3 dB)
Easy mounting (srew or clamping)
Type system: type: MFA_<range>_<precision>_<bandwidth>_<mod>_<AW>_F_<Inter>
--10 Hz PCM12 AW_M
0,25%
1g
USB
100 Hz PCM16 AW_T
to
CAN
1 kHz
0,1%
500 g
TCP/IP
10 kHz
-Page 10-
Torsional Acceleration Meter based on Radio Telemetry
with ICP Sensors
Receiver
Transmitter with
integrateted antenna
Features:
a t1
Shaft
a t2
Universal torsional accelaration meter for short term use
Ranges available: 1 g ... 100 g
High bandwidth 0 to 1 kHz (-3 dB)
Easy mounting (srew or clamping)
High reliable digital transmission, integrated data protection by checksum
low current consumption by low power C-MOS technique: 3,6 V supply
Eviromental temperature range: -10 to +85°C (-40..+125°C opt.)
Output voltage: 0 to ±10 V, 0(4) to 20 mA, USB, CAN, TCP/IP
Type system: type: MFB_<range>_<precision>_<bandwidth>_<mod>_<AW>_F_<Inter>
1g
10 Hz
0,25%
--PCM12 AW_M
to
100 Hz PCM16 AW_T
USB
500 g
1 kHz
0,1%
CAN
10 kHz
TCP/IP
-Page 11-
Wheel Torque Meter based on Radio Telemetry
<output>_<mod>_F
Features:
Wheel torque meter for cars
Based on titanium with overload protection
Zerodrift / Gain drift: 0,01 %/°C (0,003 %/°C optional)
Easy mounting
Integrated transmitting antenna, waterproof
Type: MFW_<range>_<precision>_<bandwidth>_<mod>_F
Type system: type: MFW_<range>_<precision>_<bandwidth>_<mod>_<AW>_F_<Inter>
500 Nm 0,1%
100 Hz PCM16 AW_M
--to
1 kHz
USB
AW_P
4 kNm
CAN
-Page 12-
Wheel Radio Telemetry with CAN-Bus Interface
Multichannel transmitter with
integrated strain gage amplifier
(with Accu)
or
Features:
Receiver
Zero point
Gain fine
InterfaceBox
CAN - Bus
Supply 9 to 36 V DC
Output: 0 to ±10V
Easy mounting
Channel count: 1 or multi channel (max. 16)
Sample rate: 4000 Sample/s/channel
electrical remote programmable range with 12 Bit resolution
Transducer: strain gage, full- / half bridge, Thermocouple type K
Zerodrift / Gain drift: 0,01 %/°C (0,003 %/°C optional)
Type system: type: MFW_<channel>_<precision>_<temperature>_<mod>_F_<sample>_<Inter>
1
PCM12
0,2
USB
85
2
10
PCM16
0,1
CAN
125
to
1000
150
32
4000
8000
-Page 13-
Wireless Temperature Sensor for rough Environment Condition
opt. with CAN Bus or USB Interface
Rotating
shaft
Temperature acquisition
at the shaft
Direct contacting
temperature sensor
Features:
Receiver
Zero point
Gain fine
Interface
Box
CAN Bus
Supply 9 to 36 V DC
Output: 0 to ±10V
Easy mounting by clamps
with exchangeable Battery, supply 3,6 V
Low current consumption, 1/2 year operating time per battery set
Sample rate: 1 Sample/s (option 10 Sample/sec)
Transmitting: Radio f = 433 MHz, 16 different frequencies
Temperature ranges: -40 to 85°C, -40 to 120°C
Integrated temperatur sensor (optional external temperature sensor)
Accuracy: ±1,5°C
Size: 45 x 30 x 25 mm
Type: SV_8x_<channels>_<samplerate>_<temp>_<mod>_<sensor>
int
85
1
1
ext
120
10
2
4
8
-Page 1416
Wireless Temperature Sensor for rough Environment Condition
opt. with CAN Bus or USB Interface
26,5
44
Features:
Clamps for
external sensor
Zero point
Gain
CAN-Bus/USB
Interface
Supply 9 to 36 V DC
Easy mounting by clamps
with exchangeable Battery, supply 3,6 V
Low current consumption, >1/2 year operating time per battery set
Sample rate: 1 Sample/s (option 10 Sample/sec)
Digital transmitting 16 Bit resolution with checksum (CRC)
Transmitting: Radio f = 433 MHz, 16 different frequencies
Temperature ranges: -40 to 85°C, -40 to 120°C
External temperature sensor Type PT100, (Thermoelement type K Option)
range programmable (optional internal temperature sensor)
Accuracy: ±1,5°C
Size: 45 x 30 x 25 mm
Type: SV_8y_<channels>_<samplerate>_<temp>_mod_<sensor>
85
1
1
int
120
10
ext
-Page 15-
Dimensions
8 channel transmitter
Optional
flange
Radial connetors
type Lemo or
PG screws
Radial connetors
type Lemo or
PG screws
Charging cap
Ø91,0
Ø66,0
Ø90,0
32,5
120
Option central
Sensor connector Lemo
20,5
21,0
Supply 12 V
Connector Lemo
1,5
Transduce with transmitter
0 to ±10V
Receiver
RS232, USB, CAN
-Page 16-
General Measurement Configuration for Multi Channel Systems
Rotor
System 1
Rotor
antenna
Stator
antennas
Sensor
signal
amplifier
Rotor
System 2
Rotor
antenna
Sensor
signal
amplifier
Rotor
System 3
Rotor
antenna
Sensor
signal
amplifier
Funktelemetrie
Empfänger
Funktelemetrie
Funktelemetrie
Antennendiversity
CAN-Bus
Antenne 1
IN
E1
Antenne 2
Rotor
System 4
E2
OUT
Rotor
antenna
MA
MA
MA
Sensor
signal
amplifier
-Page 17-
(point to point)
Receiver
Antenna
Type: AW_T_<bandwidth>_<channels>_<supply>_<output>_<mod>_F
Up to 50 m
Features:
Transmitter
Type: MSV__<channels>_<bandwidth>
_<accuracy>_<temp>_<Mod>_F
PT100
Strain gage
Pressure
Easy mounting
Channel count: max. 16
Sample rate: 40 000 Sample/s 1 channel)
Sample rate: 2000/4000/8000 Sample/s /channel at 8 channels
RF-Power: 10 mW; range: 50 m in open terrain
Optional -40 to + 120°C environmental temperature
-Page 18-
MANNER Radio Sensortelemetry special for Train Application
with Antenna Diversity
Stator
antennas
Features:
PCMPCMSensortelemetrie Sensortelemetrie
MA
MA
Demultiplexer
Demultiplexer
Demultiplexer
N
N
N
V
V
V
N
N
N
V
V
V
N
N
N
V
V
V
N
N
N
V
V
V
MA
MA
MA
Easy mounting
with Accu-supply 3,6 V Lithium,
Max 35 hours (one cycle)
Channel count: 16 (max. 32)
Sample rate: 4000 Sample/s 1 channel)
Sample rate: 750 Sample/s at 16 ch.
Digital transmitting 12/16 Bit resolution
with checksum (CRC)
Transmitting: Radio f = 433/868 MHz,
16 different frequencies
RF-Power: 10 mW; range: 30 m
integrated Data protection
Antenna diversity for improved reception
by checksum 16 Bit CRC
Low current consumption by low power
C-MOS technique: 3,6 V supply
Integrated transducer amplifier range:
0,1 mV/V to 20 mV/V
Electrical remote programmable range
with 12 Bit resolution
Transducer: Strain gage, full- / ,
half bridge, Thermocouple type K
Zero drift / Gain drift: 0,01 %/°C
Temperature -40 to +85°C
-Page 19-
Multi Channel Radio Sensortelemetry
(separate frequencies)
Plugin cards
Multi channel receiver
Sensor with transmitter
Transmitter with
integrated signal amplifier
1
Signal output
0 to ±10 V
Features:
Transmitter with
2
.
.
.
.
.
.
Transmitter with
16
Supply
Type: AW_ES_<bandwidth>_<supply>
90 to 270 V AC
_<output>_<mod>_F
Easy handling
Channel count: 1 to 16 (every channel has its own frequency)
Sample rate: 4000 (40 000) Sample/s (1 channel)
-Page 20-
(separate frequencies, point to point)
Transmitter with
integrated
signal amplifier
or
0 to ±10V
1
Receiver
RS232, USB
Type: SV_8_<bandwidth>_<accuracy>
_<temp>_<mod>_F
0 to ±10V
2
Receiver
RS232, USB
Transmitter with
integrated
signal amplifier
0 to ±10V
3
Receiver
RS232, USB
Transmitter with
integrated
signal amplifier
type: AW_M_<bandwidth>_<supply>_
<output>_<mod>_F
Features:
Transmitter with
integrated
signal amplifier
Type: SV_4_<bandwidth>_<accuracy>
_<temp>_<mod>_F
0 to ±10V
16
Receiver
RS232, USB
Easy handling
Channel count: 1
(16 different frequencies)
-Page 21-
(multiplex mode, one frequency, multi point to point, low speed application)
9 to 36 V DC
Transmitter with
integrated
signal amplifier
1
0 to ±10V
Receiver
CAN, USB
<output>_<mod>_F
Transmitter with
integrated
signal amplifier
Features:
2
Transmitter with
integrated
signal amplifier
3
Type: SV_8_<bandwidth>_
<accuracy>_<temp>_<mod>_F
Transmitter with
integrated
signal amplifier
8
Easy handling
Multichannel (time multiplex)
Channel count (max): 8
(16 different frequencies)
Sample rate: 10 Sample/s/channel
Low power mode, low power C-MOS technique: 3,6 V supply
-Page 22-
Option Radio Sensortelemetry with Antenna Diversity
(Security improvement of data transmission by use of 2 antennas)
Antenna2
Antenna 1
Shaft
Receiver
Up to thousandfold improvement of reception in case of interferences
2 receiver systems with 2 separate antennas
Diversity combiner selects every time the best signal
Avoiding of lost of sensor data in case of bad reception or interferences
Transmitting: Radio f = 433..2,4 GHz
RF-Power: 10 mW; range: 50 m in open terrain
Special for large shafts
Special for train application
Special for hard reception conditions
Div_<channels>_<receivers>
1..128
2..6
-Page 23-
8,91
Features:
Option RMC Sensor Telemetry
Only for inital setup
For initial remote setup of the
of strain gage application
at installation
Receiver
Zero point
Gain
InterfaceBox
USB - Bus
Supply 9 to 36 V DC
Output: 0 to ±10V
Laptop
Datei Info
Nullpunkt
% [-100..100]
-100
-80
-60
-40
-20
0
20
40
60
800
MA
MANNER R
Sensortelemetrie
100
Absolut[0.. 4095]
Auto zero,
Adjusting tolerances in zero point
Adjusting tolerances in gain
-2,58 mV/V...+2,58 mV/V
Meßbereich
Torque
display
Nm
MV/V [0...12,64]
1
2
3
4
5
6
7
8
9
10
11
12 MV/V
Absolut[0.. 4095]
Vmax...+Vmin
Status
Gain adjustment
Übertragung Initialisieren
Exit
Transmit/Receive
Zusatzfunktionen
Remote online re-conditioning
without opening of the
amplifier
Werte erneut senden
Strain µm/m
Zero adjustment
-Page 24-
Remote programmable Sensor Telemetry
Output
10 V
digits
High resolution (12 Bit) initial
remote setup of the
of strain gage application
at installation and calibration
Separate
address for
each amplifier
Gain
correction
Zero point
correction
Extention
mm/m
gain, zero adjustable with 12 bits
resolution (internal storage)
RMC Sensortelemetry
Address
gain and zero point storage
Monitoring of supply
+
Sensor
Sensor signal amplifier
Electronically
programmable
amplifier
Gain
(remote)
µP
Autozero, Zero
(remote)
0 to ±10V
USB
Evaluation
unit
CAN
Ethernet
Digital
data
Remote
conditioning
with
laptop
-Page 25-
How does RMC Sensor Telemetry work?
Transducer
Datei Info
Amplifier
Zero/Offset
MA
% [-100..100]
-100
Amplifier 1
-80
-60
-40
-20
0
20
40
60
800
MANNER R
Sensortelemetrie
100
Features:
Absolute[0.. 65000]
Amplifier 2
-2,58 mV/V...+2,58 mV/V
Gain/Range
Rcal
Cal
MV/V [0...10]
1
Offset
16 Bit resolution
2
3
4
5
6
7
8
9
10
11
12 MV/V
Gain
16 Bit resolution
Logic
with EEProm
Absolute[0..65000]
Vmax...+Vmin
Status
Initiale
Remote RMC Data
Exit
Transmit/Receive
Power suppy
Inductive
coupling
frequency = 13,56 MHz
RF
generator
Amplifier
A/D-Converter
Modulator/
Demodulator
Modulator/
Demodulator/
D/A-Converter
Output signal
0 to ±10 V
Digitized sensor signal
Zero, Offset
Gain, Range
Energie
Logic
Type of sensor
Remote shunt calibration
µP
uP
Cal.
Range, gain, zero, offset
RMC Sensor signal amplifier
Rotating
USB
Logic
Receiver
Stationary
Laptop
Laptop,
PDA
* Remote high resolution adjustment (16 Bit) of gain,
range ( 0,05 to 10 mV/V)
* Auto zero
* Remote high resolution adjustment (16 Bit) of zero,
offset (±500% from the adjusted range)
* Digitizing of sensor signal with 16 Bit resolution
inside the sensor signal amplifier
* Integrated sensor signal amplifier for
direct interface of strain gage:
Standard: strain gage, PT100
Option: Thermocouple, piezo electric, ICP, LVDT
* Remote shunt calibration (option)
* Integrated power supply for transducer and amplifier
* Very small zero/gain drift: 0,003 %/°C
* Very good linearity: <0,003 %
* Environment temperature: -25 to +125°C
(-45 to +120°C option)
* Protektion: IP67
* Integrated speed sensor (option)
* Serial interface USB, direct control of gain
and auto zero by laptop, PDA
The control data for gain and zero will be
online transferred via the telemetry channel
-Page 26-
Radio-Sensortelemetry
Components
-Page 27-
Sensor Signal Amplifier Type 2
End of Shaft
4 x Ø4,5
Ø5,0
40,0
6,0
50,0
42,0
UB
R
I+
+
- R
I- Ud
Rv2R
R
-
+R
GND
Transmitter RF1
G
or RV
Rv1
32,0
1 Channel Radio Sensortelemetry transmitter
For strain gage, PT100, Thermocouple
Sensitivity: 0,02 to 20 mV/V
Bandwidth (10 Hz / 0 Hz to 1 kHz
Brigde supply: 3 V
Strain gage: 350 W
Transmission: Radio Sensortelemetry PCM
Integrated filter
Resolution: 14 Bit (16 Bit)
Drift zero: 0,02 (0,01, 0,005 option)
Supply: 3,3 to 12 V, 50 mA
Remote range control, auto zero (option)
Environmental temperature: -25 to +85°C (120°C)
Max load: 1 000 g (depends on fixing)
Type: SV_2_<accuracy>_<temp>_Fu_<mod>_<bandwidth>_<rmc>_<TC>
85
0,02
1 kHz
PCM12
RC
120
TC
0,01
PCM16
0,005
-Page 28-
Sensor Signal Amplifier Type 4a
UB
I+
+
- R
1,0
13,0
R
I- Ud
Rv2R
34,0
17,0
Ø3,1
R
-
Transmitter RF1
G
or RV
Rv1
+R
30,0
24,0
36,0
GND
Ø3,1
Weight: about 12g
Bandwidth 10 Hz / 0 Hz to 1 kHz
Brigde supply: 3 V
Strain gage: 350 W
Integrated filter
Type: SV_4a_<accuracy>_<temp>_Fu_<mod>_<bandwidth>_<rmc>_<TC>
85
0,02
1 kHz
PCM12
RC
120
TC
0,01
2 kHz
PCM16
0,005
-Page 29-
Sensor Signal Amplifier Type 2b (End of shaft, Cartridge, Turbine)
integrated antenna
UB
R
Weight: about 13g
I+
+
- R
I- Ud
Rv2R
47,0
4,0
R
4 mal Ø2,2
-
Transmitter RF1
G
or RV
Rv1
+R
I+
Tk Rv2
Ø 25,0
I-
Ø 20,0
Ø18,0
GND
UB CalGNDRv1
With integrated
axial antenna
End of shaft
Sensor signal
amplifier
Brigde supply: 3 V
Strain gage: 350 W
Transmission: Radio Sensortelemetry PCM integrated antenna
Integrated filter
Type: SV_4b_<accuracy>_<temp>_Fu_<mod>_<bandwidth>_<rmc>_<TC>
85
0,02
1 kHz
PCM12
RC
120
TC
0,01
2 kHz
PCM16
0,005
-Page 30-
Sensor Signal Amplifier Type SV_Rad
Magnet for
remote shunt
calibration
R
Lemo socket:
HVG.03.304.CLLSV
5 x M3
depth: 4 mm
UB
I+
+
- R
I- Ud
R
Ø63,1
Ø81,0
Ø56,0
Ø80,0
R
-
Transmitter RF1
RG or RV
v2
Rv1
+R
GND
for wheels or shaft end applications
Connector
for remote control
1,5
20,5
21,0
UB
R
I+
+
- R
I- Ud
Rv2R
RCal
R
-
+R
GND
G
or RV
Rv1
Brigde supply: 3 V, Accu rechargeable
Strain gages: 350 W
Diameter: 80 mm, height: 43 mm
Recharging by inductive recharging cap (contactless)
Operating time between recharging: 30 hours
Activating by switch
Protection: IP67
Type: SV_Rad_<accuracy>_<temp>_Fu_<mod>_<bandwidth>_<rmc>_<TC>
PCM12
0,02
85
1 kHz
RC
PCM16
TC
0,01
120
0,005
-Page 31-
Sensor Signal Amplifier Type 8a
(waterproof)
UB
I+
+
- R
I- Ud
30,0
22,5
15,0
45,0
R
Rv2R
R
-
Transmitter RF1
G
or RV
Rv1
+R
GND
18,0
24,0
50,0
Housing BOPLA A100
Thermocouple
30,0
* PCM-Version
UB I+ Cal I- GND
HF15,8VRv2Rv1 Tk
HF HF2
GND
1 Channel FM/PCM Transmitter
Sensitivity: 0,02 mV/V to 20 mV/V
Bandwidth: 0 (10) Hz to 50 kHz
Strain gage brigde supply: 6 V (3,3 V*)
Strain gage bridge resistance: 1000 W
Transmission: inductive sensortelemetry FM, PCM
Integrated filter
Resolution: 14 Bits, 16 Bits*
Zero point drift: 0,02, (0,01, 0,003* option)
Remote gain, zero, auto zero with 16 Bit resolution (option)
additonal temperature channel (option)
Enviromental temperature range: -25 to +85°C (125°C, 150°C)
Max load: 50 000 g (depending on fixing)
Type: SV_8a_<accuracy>_<temp>_Fu_<mod>_<bandwidth>_<rmc>_wa_<TC>
85
0,02
1 kHz
FM
125
0,01
10 kHz
RMC
TC
PCM16
150
0,003
40 kHz
-Page 32-
Sensor Signal Amplifier Type 8b
special for tension belt fixing (waterproof)
UB
R
I+
+
- R
UB I+ Cal I- GND
I- Ud
45,0
HF15,8VRv2Rv1 Tk
HF HF2
GND
Rv2R
R
-
Transmitter RF1
G
or RV
Rv1
+R
GND
50,0
18,0
80,0
Shaft
Tension belts
with integrated transmitting antenna
and accu pack
Brigde supply: 3 V
Strain gages: 350 W
Integrated filter
Supply: 3,3 to 12 V, 50 mA,
operating with 1 accu charge 30 hours
protection: IP65
Type: SV_8b_<accuracy>_<temp>_Fu_<mod>_<bandwidth>_<rmc>_wa_<TC>
0,02
PCM12
1 kHz
85
0,01
RMC
TC
PCM16
120
0,005
-Page 33-
Sensor Signal Amplifier Type 9
Through hole
Ø = 7mm for weight reduction
UB
R
M3 Inbus
I+
+
I- Ud
Rv2R
R
battery
- R
Transmitter RF1
G
or RV
Rv1
+R
GND
Øinner
Inner diameter: 17 to 50mm
Outer diameter = Inner diameter + 20mm
Øouter
UB
R
I+
+
- R
I- Ud
Rv2R
R
-
+R
GND
G
or RV
Rv1
Brigde supply: 3 V
Strain gages: 350 W
Integrated filter
Type: SV_9_<accuracy>_<temp>_Fu_<mod>_<bandwidth>_<rmc>_<TC>
85
0,02
1 kHz
PCM12
RMC TC
120
0,01
PCM16
0,005
-Page 34-
16,9
23,0
25,5
45,0
Multi channel signal Amplifier Type M waterproof
Vcci
+
-
-
+
R
i=1
.
.
.
Transmitter
RF1
i=n
R
18,0
Housing BOPLA A100
50,0
i = channel number
Gndi
24,0
30,0
2/4 Channel Radio Sensortelemetry transmitter
sensor signal amplifier
battery
typical mounting on shaft
UB I+ Cal I- GND
UB I+ Cal I- GND
UB I+ Cal I- GND
2
3
4
HF
HFGND
UB I+ Cal I- GND
shaft
1
tension
belt
Prisma
Antenna
Brigde supply: 3 V
Strain gages: 350 W
Integrated filter
Type: MSV_M_<channels>_<accuracy>_<temp>_Fu_<mod>_<sample>_<rmc>_wa_<TC>
2
4
8
16
0,02
0,01
0,005
85
120
150
PCM12
PCM16
500
4000 RMC
8000
40000
TC
-Page 35-
4/8 Channel Sensor Signal Amplifier Type M
Vcci
8 mal Ø3,2
70
Height 22,0
+
-
-
+
i=1
.
.
.
Transmitter
RF1
i=n
i = channel number
Gndi
16,0
40,0
50,0
Switch On/Off
80,0
90,0
96,0
100,0
Supply voltage supervision
LED on --> supply voltage ³3,6 V
LED off --> supply voltage <3,6 V
Brigde supply: 3 V
Strain gages: 350 W
Integrated filter
Type: MSV_M_<channels>_<accuracy>_<temp>_Fu_<mod>_<sample>_<rmc>_<TC>
85
0,02
PCM12
2
500
120
0,01
PCM16 4000 RMC TC
4
8000
150
0,005
8
40000
-Page 36-
4/8 Channel Sensor Signal Amplifier Type M_wa
(waterproof, IP65)
Vcci
+
-
-
+
i=1
.
.
.
Transmitter
RF1
i=n
i = channel number
Gndi
Housing BOPLA A101
58
18,8
50,0
64
24,0
30,0
34
68
Brigde supply: 3 V
Strain gages: 350 W
Integrated filter
85
0,02
PCM12 500
2
120
0,01
TC
PCM16 4000 RMC
4
150
0,005
8000
8
40000
*Option: current save mode for extrem long Battery lifetime
-Page 37-
12 Channel Sensor Signal Amplifier Type M
(Standard)
37
34
Vcci
26
12,5
6
1
44
50
+
-
-
+
i=1
.
.
.
RF1
i=n
Diameter 3,2 mm
Radius = 2 mm
Transmitter
i = channel number
Gndi
Solder pins
57,5
51,5
50
Antenna
19,5
32,0
44,5
7,0
Brigde supply: 3 V
Strain gages: 350 W
Integrated filter
85
0,02
PCM12 500
12
120
0,01
TC
PCM16 4000 RMC
150
0,005
8000
40000
-Page 38-
16 Channel Sensor Signal Amplifier Type M
(Standard)
37
34
Vcci
33,2
12,5
+
-
-
+
i=1
.
.
.
Transmitter
RF1
i=n
6
1
i = channel number
44
50
Gndi
Diameter 3,2 mm
Radius = 2 mm
Solder pins
57,5
51,5
50
Antenna
19,5
32,0
44,5
7,0
Brigde supply: 3 V
Strain gages: 350 W
Integrated filter
85
0,02
PCM12 500
16
120
0,01
TC
PCM16 4000 RMC
150
0,005
8000
40000
-Page 39-
Sensor Signal Amplifier Type MSV_R
5 x M3
depth: 4 mm
Lemo socket:
HVG.03.304.CLLSV
Magnet for
remote shunt
calibration
Vcci
+
-
-
+
i=1
.
.
.
Transmitter
RF1
i=n
Ø63,1
Ø81,0
Ø56,0
Ø80,0
i = channel number
Multi Channel Radio Sensortelemetry transmitter
for wheels or end shaft applications
Connector
for remote control
1,5
20,5
21,0
Gndi
Channels: 2, 4, 8, 16
Strain gages: 350 W
Operating time between recharging. 30 hours
Protection IP67
Type: MSV_R_<channels>_<accuracy>_<temp>_Fu_<mod>_<sample>_<rmc>_wa_<TC>
1
0,02
-10+85°C PCM12 500
...
TC
0,01
-40+120°C PCM16 4000 RMC
16
0,005
-Page 40-
Sensor Signal Amplifier Type MSV_R
special for temperature aquisition at wheels
Thermocouple with transmitter
5 x M3
depth: 4 mm
Lemo socket:
HVG.03.304.CLLSV
1
.
.
.
.
9 to 36 V
Wireless
LAN
CAN, USB
Ø63,1
Ø81,0
Ø56,0
Ø80,0
Thermocouple with transmitter
n
Connector
for remote control
1,5
20,5
21,0
For Thermocouple type K
Channels: 2, 4, 8, 16
Range: -50 to 1000°C
Sample/sec: 10
Local aera LAN time multiplex (one frequency
Low power consumption, operating time between recharging. 150 hours
Protection IP68
Type: MSV_R_<channels>_<accuracy>_<temp>_Fu_<mod>_<sample>_wa_<TC>
0,1/s
1
PCM12 1/s
0,02
85
...
PCM16 10/s
0,01
120
16
0,005
-Page 41-
32 Channel Sensor Signal Amplifier Type MSV_R
special for helicopter use (IP65)
Vcci
Antenna
+
-
-
+
117
i=1
.
.
.
Transmitter
RF1
i=n
70
i = channel number
Gndi
8
126
136 H6
Connectors for strain gages
Recharging
connector
12 x M4
Set up connector
gain, auto zero
For strain gage (optional thermocouple)
Transmission: Radio Sensortelemetry PCM (digital transmission)
Channels: 16, 32
Sample/channel/sec: 500, 1000, 2000, 4000
Brigde supply: 3 V,
Strain gage resistance: 350, (120, 1000) W
Range: 0,05 ...16 mV/V (remote via wire and PC adjustable with 12 bits resolution)
Auto zero/ offset adjust (remote via wire and PC adjustable with 12 bits resolution)
Integrated accu pack, 4000 mA/h, rechargeable by connector
Low power consumption
Size: Diameter: 136 mm, height: 70 mm
Protection IP54, (IP68 option)
Max Speed: 3000 RPM (depends on fixing)
Type: MSV_R_<channels>_<accuracy> _<temp>_Fu_<mod>_samplerate>_<rmc>_wa
500
16
0,02
85
PCM12
1000
32
0,01
120
PCM16
2000
0,005
4000
8000
-Page 42-
Receiver (AW_D)
MANNER
MA Sensortelemetrie
42,0
49,0
Sensorsignal-Drehübertrager
Pin 1: Output U: 0 to +/- 10 Volt
Pin 8: Output I: 0 to + 20 mA
Pin 1: Output U: 0 to +/- 5 Volt
Pin 8: Output I: 4 to + 20 mA
Pin 3: Input Mod.(Cal.)aktive low
Pin 9: Output F:100kHz ±50kHz
Pin 3: Input Mod.(Cal.)aktive high
Pin 9: Output F:25kHz ±12,5kHz
Pin 6: RPM
PCM
Pin 7: Supply +15V +/-2%
Pin 2: GND Output
Pin 5: GND Supply
LED yellow: Supply
LED green: Signal
Pin 7: Supply +24V +/-10%
79,0
72,0
M2,5
20,0
1 Channel Radio Sensortelemetry Receiver
24 volts
Pin Assignment
of the D-Sub connector
0 to ±10V
Antenna
Single
Channel
Receiver
USB
Remote
calibration
Pin 1
Pin 2
Pin 3
Pin 4
Pin 5
Pin 6
Pin 7
Pin 8
Pin 9
Output -10V to +10V
GND Output
do not connect
do not connect
GND Power Supply
do not connect
Power Supply 24 VDC ±10%
do not connect
do not connect
Bandwidth: 0 to 1kHz
Output: ±10 V (0(4) to 20 mA, frequency, binary, USB)
RF frequency: 433 MHz
Integrated filter
Environmental temperature: -25 to +85°C (-45 to +85°C)
Supply: 24 V (±5%), 15 V (±2%), 9 to 36 V (board supply)
Type: AW_D_Fu_<mod>_<bandwidth>_<output>_<supply>
U
PCM12
15V
1 kHz
I
PCM16
24V
-Page 43-
Z
G
-
+
R
Evaluation Unit
50,0
60,0
Ø3,3
MANNER
MA Sensortelemetrie
Evaluation Unit (AW_M)
130,0
30,0
140,0
9..36 volts
Pin Assignment
0 to ±10V
Antenna
Single
Channel
Receiver
CAN
USB
Remote
calibration
Pin 1
Pin 2
Pin 3
Pin 4
Pin 5
Pin 6
Pin 7
Pin 8
Pin 9
Output -10V to +10V
GND Output
Shunt Cal. (active low)
do not connect
GND Power Supply
do not connect
Power Supply 9 to 36 VDC
do not connect
do not connect
Integrated filter
Supply: 24 V (±5%), 9 to 36 V (board supply)
Type: AW_M_Fu_<mod>_<bandwidth>_<output>_<supply>
U
PCM12
15
1 kHz
I
PCM16
24
B
24B
USB
-Page 44-
Evaluation Unit (AW_P)
Ø5,2
MA MANNER
HF
Sensortelemetrie
Signal range
120
137
150
ZERO
GAIN
+
Telemetry
Receiver
Power
Signal
Pin 1 :
Pin 2 :
Pin 3 :
Pin 5 :
Pin 7 :
Pin 8 :
60
80
101
36
1/2 Channel Radio Sensortelemetry Receiver
9..36 volts
Single
Channel
Receiver
Antenna
Trace A
Trace B
Trace 0
Speed
Pickup
Shaft
encoder
interface
(option)
Digital
interface
(option)
Incremental/
Absolut
converter
(option)
0 to ±10V
TCP/IP
CAN
USB
Remote
calibration
Pin Assignment
Pin 1
Pin 2
Pin 3
Pin 4
Pin 5
Pin 6
Pin 7
Pin 8
Pin 9
Output -10V to +10V
GND Output
do not connect
GND Power Supply
do not connect
do not connect
do not connect
Integrated filter
Supply: 24 V (±5%), 9 to 36 V (board supply)
Type: AW_P_Fu_<mod>_<bandwidth>_<output>_<supply>
U
PCM12
15V
1 kHz
I
PCM16
24V
B
24V
USB
-Page 54-
Evaluation Unit (AW_F)
Digital Receiver
MA
180
signal range
35
Link
Traffic
Multi Channel PCM Receiver
110
Pin Assignment
9..36 volts
Single
Channel
Receiver
Antenna
Trace A
Trace B
Trace 0
Speed
Pickup
Shaft
encoder
interface
(option)
Digital
interface
(option)
Incremental/
Absolut
converter
(option)
Ethernet
(TCP/IP)
CAN
USB
Remote
Calibration
Pin 1 Data
Pin 2 GND Output
Pin 3 not connected
Pin 4 Data
Pin 5 GND Power Supply
Pin 6 Trace 0 (option)
Pin 7 Power Supply 9 to 36 VDC
Pin 8 Data
Pin 9 Data
Pin 10 Trace A (option)
Pin 11 Trace B (option)
Pin 12 not connected
*Option: current save mode for
extrem long Battery lifetime
Bandwidth: 0 to 1kHz (10 kHz)
Number of channels: 1..32
Output: ±10 V, (0(4) to 20 mA option)
Digital interface (option): SPI, USB, CAN, Ethernet (TCP/IP)
Frequency 433 Mhz, (750 MHz)
Transmission: inductive sensortelemetry PCM
Resolution: 12 Bits, (16 Bit*)
Enviromental temperature range: -25 to +85°C (-45 to +85°C)
Supply: 24 V DC (+/-5%), 15 V DC (+/-2%), 9 to 36 V DC (board supply)
Type: MAW_F_<channels>_Fu_<mod>_<samplerate>_<supply>_<output>
2
PCM12 40000
USB
15
4
PCM16 20000
CAN
24
8
TCP/IP
24B
8000
12
HS
4000
16
2000
1000
1*
-Page 46-
Evaluation Unit (AW_ES)
+/-15 volts
Single
Channel
Receiver
Antenna
Trace A
Trace B
Trace 0
Speed
Pickup
Shaft
encoder
interface
(option)
Digital
interface
(option)
Incremental/
absolut
converter
(option)
Ethernet
(TCP/IP)
CAN
USB
Remote
Calibration
Integrated filter
Supply: +/-15V
Type: AW_ES_Fu_<mod>_<samplerate>_<supply>_<output>
PCM12
1 kHz
+/-15
U
PCM16
2 kHz
I
10 kHz
-Page 47-
Evaluation Unit (84TE)
Front side
depth 300 mm
Sensortelemetrie Sensortelemetrie Sensortelemetrie Sensortelemetrie Sensortelemetrie Sensortelemetrie Sensortelemetrie Sensortelemetrie Sensortelemetrie Sensortelemetrie Sensortelemetrie Sensortelemetrie
N
N
N
N
N
N
N
N
N
N
N
N
V
V
V
V
V
V
V
V
V
V
V
V
132
(3HE)
MA
MA
MA
MA
MA
MA
MA
MA
MA
MA
MA
MA
for example
420
(84TE)
1/2/4/8 Channel PCM Receiver with Single Channels
Output: ±10 V, (0(4) to 20 mA, binary, USB)
Integrated filter
Max. Plugin cards: 12 (single channels)
Environmental temperature: -25 to +65°C
Supply: 9 to 270 V AC, 9 to 36 V (board supply) DC
Type: AW_84TE_Fu_<mod>_<samplerate>_<supply>_<output>
1 kHz
2 kHz
10 kHz
1
2
4
8
230V
24V
U
I
B
USB
PCM12
PCM16
-Page 48-
300
Sensortelemetry
Demultiplexer
Demultiplexer
Demultiplexer
Demultiplexer
Demultiplexer
Demultiplexer
Demultiplexer
O
O
O
O
O
O
O
O
G
G
G
G
G
G
G
G
O
O
O
O
O
O
O
G
G
G
G
G
G
G
O
O
O
O
O
O
O
G
G
G
G
G
G
G
O
O
O
O
O
O
O
G
G
G
G
G
G
G
MA
MA
MA
MA
MA
MA
MA
132
(3HE)
MA
430
(84 TE)
Front side
1/2/4/8/16/32 Channel FM/PCM Receiver
90..270 volts ac
Multi
Channel
Receiver
Antenna
Trace A
Trace B
Trace 0
Speed
Pickup
Shaft
encoder
interface
(option)
Digital
interface
(option)
Incremental/
absolut
converter
(option)
Ethernet
(TCP/IP)
CAN
USB
Remote
calibration
Integrated filter
Type: MAW_84TE_<channels>_Fu_<mod>_<samplerate>_<supply>_<output>
PCM12
U
8000
230V
1
PCM16
I
4000
24B
2
B
2000
4
USB
1000
8
CAN
1*
16
TCP
32
-Page 49-
300
Sensortelemetry
Demultiplexer
Demultiplexer
O
O
O
G
G
G
O
O
G
G
O
O
G
G
O
O
G
G
132
(3 HE)
MA
MA
MA
225
(42 TE)
Front side
1/2/4/8 Channel FM/PCM Receiver
90..270 volts
Multi
Channel
Receiver
Antenna
Trace A
Trace B
Trace 0
Speed
pickup
Shaft
encoder
interface
(option)
Digital
interface
(option)
Incremental/
absolut
converter
(option)
Ethernet
(TCP/IP)
CAN
USB
Remote
calibration
Integrated filter
PCM12
U
8000
230V
1
PCM16
I
4000
24B
2
B
2000
4
USB
1000
8
CAN
1*
TCP
-Page 50-
300
Sensortelemetry
Demultiplexer
O
O
G
G
O
G
132
(3HE)
O
G
O
G
MA
MA
112
(21TE)
Front side
1/2/4 Channel FM/PCM Receiver
90..270 volts
Multi
Channel
Receiver
Antenna
Trace A
Trace B
Trace 0
Speed
pickup
Shaft
encoder
interface
(option)
Digital
interface
(option)
Incremental/
absolut
converter
(option)
Ethernet
(TCP/IP)
CAN
USB
Remote
calibration
Integrated filter
PCM12
U
8000
230V
1
PCM16
I
4000
24B
2
B
2000
4
USB
1000
CAN
1*
TCP
-Page 51-
300
Sensortelemetry
Demultiplexer
Demultiplexer
O
O
O
G
G
G
O
O
G
G
O
O
G
G
O
O
G
G
132
(3HE)
MA
MA
MA
x
Front side
90..270 volts
Multi
Channel
Receiver
Antenna
Trace A
Trace B
Trace 0
Speed
pickup
Shaft
encoder
interface
(option)
Digital
interface
(option)
Incremental/
absolut
converter
(option)
Ethernet
(TCP/IP)
CAN
USB
Remote
calibration
1/2/4/8 Channel FM/PCM Receiver
Integrated filter
Supply: +/-15 volts DC
Type: MAW_Es_<channels>_Fu_<mod>_<samplerate>_+/-15V>_<output>
PCM12
U
8000
1
PCM16
I
4000
2
B
2000
4
USB
1000
8
1*
-Page 52-
Alternative Battery or inductive Supply
Pin Assignment
Pin 1
Pin 2
Pin 3
Pin 4
Pin 5
Pin 6
Pin 7
Pin 8
Pin 9
Output -10V to +10V
GND Output
do not connect
GND Power Supply
do not connect
do not connect
do not connect
9..36 volts
Remote
Control (option)
Antennas
..
Sensor Signal
Amplifier
Single
Channel
Receiver
Digital
interface
(option)
0 to ±10V
TCP/IP
CAN
USB
alternativ
Remote
calibration
inductive supply
1/2 Channel Radio Sensortelemetry Receiver
Supply battery 3,6..12 volts or inductive 3,2 MHz
Integrated filter
Supply: 24 V (±5%), 15 V (±2%), 9 to 36 V (board supply)
Type: AW_F_Fu_<mod>_<bandwidth>_<power>_<supply>_<output>
U
1kHz
15
PCM12
I
24B
PCM16
B
USB
-Page 53-
Receiving / Transmitting Antenna with magnetic Foot
Features
Receiving Antenna
87
Frequency 433 MHz
Coaxial cable RG58
Max. length 10 m
Height: 87 mm
Magnic foot
Coax cable power max. 50 W
Cable length: 5 m
Type: AFu_<Temp>_PCM_<wa>_<St>
-10_+85
BNC
wa TNC
-25_+125
-40_+160
SMA
Lemo
N
Transmitting Antenna
type rod
Frequency 433 MHz
Height: 87 mm
Type: Rot_FuS_<St>_<wa>_<Temp>_PCM
- -10_+85
TNC
SMA wa -25_+125
ca. 35
N
-40_+160
14
Transmitting Antenna
type wire
Frequency 433 MHz
Height: 87 mm
Type: Rot_FuD_SMA_<wa>_<Temp>_PCM
- -10_+85
wa -25_+125
-40_+160
-Page 54-
Setup of the Interface Software
(Software Package Remote Control)
Different interfaces
MENUE -> SETUP -> HARDWARE CONFIGURATION
Choice between the various interface configurations. Please see seperate
configuration sheet or the marked settings beside.
The setup of the interface has to be configurated for each
single user of your computer.
Settings for RPM Channel (optional):
Settings have to be made for correct RPM display in the software.
Averaging factor has an effect on a fluctuating rpm value especial at high rotational
frequencies.
Type in the proper samplerate from the technical data on the last pages of the
documentation.
MENUE -> SETUP -> SOFTWARE CONFIGURATION
Display Settings
Coice between standard-systems and temperature-systems
Data File Format for Aquisition:
Coice between binary format and ASCII format
Integrated Remote Control
Activates or deactivates functions for RMC-programming of systems, which support
data-aquisition and programming over the same USB-interface
Calibration Command (for non-RMC-systems)
If this function is supported by the hardware the remote calibration function can also
activated by the software
-Page 55-
Using of Remote Control Function
Adjustment:
With this function an additional window for RMC settings is opened.
(see following page)
Cal on:
Via the RMC command the shunt calibration is activated.
Cal off:
Via the RMC command the shunt calibration is deactivated.
Test Connection
Start / Stop of the test transmission. With this function a RMC command is send cyclic.
In the area 'Status Info' the replies can be checked.
Status-Info:
Transmit: By transmission of a command in the first array of the 'Status Info' area
the informtaion 'Transmit' is displayed (in green letters).
In case of an inactive status the array is grey.
Acknowledge or Error status: After sending a command, the replay is displayed here.
After a successful transmission 'Acknowledge' is displayed (in green letters).
During an error status, the array in which 'Transmit' appears is marked red.
In this array the 'Error status' is shown.
-Page 56-
Using of Remote Control Function
Digital value of the sensitivity
0 to 4095 - Min value = high gain
Max value = low gain
Doubling the sensitivity is
about half of the gain.
Digital value of the zero point
(0 to 4095) 2048 is about in
the middle
Presetting of the memory
Setting of the
RMC channel number
of the telemetry system
Transmission of ‘Gain’ or ‘Zeropoint’
of the relevant channel
automatic zero adjustment
Loading / storing of settings
Transmission of the
complete set of settings to
the rotor electronic
(Gain an Zero point for
all selected channels)
-Page 57-
Interface - Software
(Software Package data acquisition - optional)
Display selection
Configuration/Bargraph-Oscilloscope/Data recording
Information about
data rate, sample rate etc.
Display of the binary values
as they are sent
(inverse to the output at the
evaluation unit)
Start data display
Stop data display
Display of the selected device
(if multiple available)
No other program must be active at the PC while recording data into a file.
This can effect a loss of data.
Exit program
When data recording is active
then stop data recording before
exiting the program to
prevent loss of data
Activity display (green)
at data transmission
from the Telemetry System
Activity display (green)
at file operation
-Page 58-
Control of Data acqisition
(Software Package data acquisition - optional)
Start recording into a file
file name
Stop recording into a file
recording of the measurement data in a
single file or in multiple files
(to define in periods)
Show data with additional data
viewer PVIEW - if installed
reducing of the sampling rate
No other program must be active at the PC while recording data into a file.
This can effect in buffer overflow and the loss of data. If buffer overflow occures, it will be displayed
in a field on the left side of “Data recording”
Due to some limitations, the maximum filesize should not exceed 4GB.
-Page 59-
Data Display Software Pview
(Software Package Data Acquisition - optional)
Visualisation of recorded Data
Channel 1
Channel 2
-100.00
Channel 3
-Page 60-
Data File - Binary Format
Data Format
The data are recorded in the MDF format.
Two files are generated. One binary file with the ending '.DAT' and one belonging description file with the ending '.MDF'.
The description file is necessary for the data viewing software PVIEW from Stiegele Datensysteme GmbH.
The binary file can be used from other data display or data analysing systems that are able to import digital values.
Correlation of the measured values:
The range of a 12 bit system is from 0 to 4095, the range of a 16 bit system is from 0 to 65535
Assignment to the analog values (custom specific systems and temperature-systems can differ from these values):
Range
-100%
0%
+100%
Analog value
-10V
0V
+10V
Digital value (16 Bit-system)
3277
32768
62259
205
2048
3891
Values out of this range are not inside the measuring range and cannot be displayed correctly at the analog outputs.
The analog value can be calculated by the following equation: Uout [V]=(Digitvalue-32768) / 2949.1 (16Bit) or Uout [V]=(Digitvalue-2048) / 184.3 (12Bit)
(This correlation is only valid with calibrated analogue-output)
Sample file shown with a Hex Viewer
Format of the Binary File (.DAT)
Definition: LB= Low Byte, HB=High-Byte,CHx = Channel x
(e.g. Ch1 = Channel 1 corresponding to the analog output channel
at the evaluation unit)
First the Low-Byte and then the High-Byte of a channel is recorded.
LB-K17, HB-K17, LB-K16, HB-K16, ... , LB-K1, HB-K1 (first data set)
LB-K17, HB-K17, LB-K16, HB-K16, ... , LB-K1, HB-K1 (next data set)
...
LB-K17, HB-K17, LB-K16, HB-K16, ... , LB-K1, HB-K1 (last data set)
Channel 17
E2=Low Byte channel 17
0F=High Byte channel 17
Channel 0
Channel 17
next data set
-Page 61-
Data File - ASCII Format
Data Format
The data are recorded in the CSV-Format.
The measured values are separated with a semicolon. After each complete data set a 'Carriage Return' + 'Linefeed' is added.
The channel description is in the first row of the file.
Correlation of the measured values:
The range of a 12 bit system is from 0 to 4095, the range of a 16 bit system is from 0 to 65535
Assignment to the analog values (custom specific systems and temperature-systems can differ from these values):
Range
-100%
0%
+100%
Analog value
-10V
0V
+10V
3277
32768
62259
205
2048
3891
Values out of this range are not inside the measuring range and cannot be displayed correctly at the analog outputs.
The analog value can be calculated by the following equation: Uout [V]=(Digitvalue-32768) / 2949.1 (16Bit) or Uout [V]=(Digitvalue-2048) / 184.3 (12Bit)
(This correlation is only valid with calibrated analogue-output)
Format of the ASCII File
The sample shows a recorded dataset of a 16 channel system:
CH16; CH15; CH14; CH13; CH12; CH11; CH10; CH09; CH08; CH07; CH06; CH05; CH04; CH03; CH02; CH01
02050; 02047; 02047; 02047; 02050; 02049; 02048; 02050; 02046; 02050; 02047; 02604; 02050; 02050; 02047; 02047
02050; 02047; 02047; 02046; 02050; 02049; 02048; 02050; 02046; 02050; 02047; 02626; 02050; 02050; 02047; 02047
02050; 02047; 02047; 02047; 02050; 02049; 02048; 02050; 02046; 02050; 02047; 02624; 02050; 02050; 02047; 02047
02050; 02047; 02047; 02047; 02050; 02049; 02048; 02050; 02046; 02050; 02047; 02605; 02050; 02047; 02047; 02047
02050; 02047; 02047; 02047; 02050; 02049; 02048; 02050; 02046; 02050; 02047; 02572; 02050; 02047; 02047; 02047
02050; 02047; 02047; 02047; 02050; 02049; 02048; 02050; 02046; 02050; 02047; 02561; 02050; 02050; 02047; 02047
-Page 62-
Signal Test Function via Scope Function
(Software Package Data Acquisition Modul - optional)
Values, which are displayed in Volt accords to the voltage output to standard-systems.
Temperature-measurement-systems or custom calibrated systems can differ from these values.
Display of the received data
of the measuring channels
showing the digital values,
the equivalent analog values
Selection of time,
gain and offset
Autoscale function
for the settings of gain and offset
Display of RPM
Selection of the channel shown at the oscilloscope
Analyse functions for the display
-Page 63-
Channel Assignment
Series in
the binary file
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
Description
n
e
s
A
n
a
PT100
ICP
not used
not used
Strain gage channel 12
Rotation angle
!!
!
e
g
a
l
n
s
a
np
A
Assigned analog
output channel
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
--
Fü
rU
SB
-Page 64-
Data Interface
Realtime recorded data file
Pview
visualisation
program
(part of Software Package
data acquisition)
Format of the
Binary File (.DAT) or
Ascii File (.CSV)
Definition:
LB= Low Byte,
HB=High-Byte
First the Low-Byte and then the
High-Byte of a channel is recorded
The range of a 12 and 16 bit
system is from 0 to 65535
For 12 bit-systems, the lowest
4 bits are set to 0
User specific
analysis program
Excel analysis
programm
-Page 65-
Product Key one Channel Radiotelemetry
Type: AW_84H6_Fu_<mod>_<bandwith>_<supply>_<output>
Output signal (U, I, USB, CAN, TCP)
Supply
bandwidth
Coding (PCM/F)
Type of system Radio
Housing type
Type: SV_Rad_<accuracy>_<temp>_Fu_<mod>_<bandwidth>_<rmc>_<wa>_<TC>_<range>
Range
Sensor type (SG,TC, PT,..)
Waterproof/oilproof
Remote Control
Bandbreite
Type of signal transmission
Type of systemRadio
Temperature range
Accurracy
Housing type
Multi channel signal amplifier
Not all items are always used
-Page 66-
Product Key Multichannel Radiotelemetry
Type: MAW_84H6_<channels>_<sys>_<mod>_<samplerate>_<supply>_<output>_<RPM>
Speed option
Output signal (U, I, USB, CAN, TCP/IP)
Supply
Samplerate/channel/sec
Coding (PCM/F)
Type of system Radio
Channel count
Housing type
Type: MSV_Rad_<channels>_<accuracy>_<temp>_<Freq>_<sys>_<mod>_<samplerate>_<rmc>_<wa>_<TC>_<range>
Range
Sensor type
Waterproof/oilproof
Remote Control
Samplerate/channel/sec/spot
Type of signal transmission
Type of system(Inductive, Radio, UHF)
Supply frequency
Temperature range
Accurracy
Channel count
Housing type
Multi channel signal amplifier
-Page 67-

Radio Sensortelemetry - Manner Sensortelemetrie

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