DIS-7200 Series Non-G-Resistant Data Acquisition System for crash test
DIS-7200 Series Non-G-Resistant Data Acquisition System for crash test - Image 2

DIS-7200 Series Non-G-Resistant Data Acquisition System for crash test

Features

  • Record dummy qualification and component test data
  • Channels: Max. 1056*
  • Modules available for various uses
  • Extensive lineup

*Up to 999 channels if using DIS-70A

Categories: ,
Contact Sales

Description

Contents

■Master Module
DIS-7200AS2
■Expansion Modules
DIS-708AS1-T (Signal Conditioner Module, 8 channels)
DIS-716AS1-T (Signal Conditioner Module, 16 channels)
DIS-724AS1-T/L (Signal Conditioner Module, 24 channels)
DIA-708AS3 (Airbag Timer Module)
■Control Software
DIS-70A

Block diagrams

*Up to 15 units are docked per single master module.
*You cannot connect the DIS-7000 Series modules.

Specifications

Expansion Connection
Targets
Expansion modules of the DIS-7200 series
Number of Units
Max. 15
Input/Output Connector
LAN Connector
1 (0B series, LEMO made)
Connects the PC via a communication cable.
[DC=IN] Connector
1 (2B series, LEMO made)
Connects the (Kyowa’s recommended) external power supply via the power cable.
[TRIGGER IN] Connector
1 (1B series, LEMO made)
Connects trigger input cables including tape switches.
[CONT.] Connector
2 (0B series, LEMO made)
Connects master modules via a cascade cable.
Connects the external LED unit for the DIS-7000.
[EXP. CONT. OUT] Connector
1 (1B series, LEMO made)
Connects the conventional products via a cascade cable.
[DIGITAL IN 1/2] Connector
2 (2B series, LEMO made)
Connects a digital input cable or digital input junction box.
[TRIGGER OUT] Connector
4 (1B series, LEMO made)
Connects cameras, etc. via trigger distribution output cables.
[DOWN] Connector
1 (D-sub connector, Japan Aviation Electronics Industry, Limited)
Connects a expansion module directly.
*Cables and various devices, connected to the above connectors, are optional accessories.
Switch
[POWER] Switch
Turns ON/OFF the DIS-7200AS2 and modules, connected to the DIS-7200AS2.
[SELECT] /[ENTER] Switch
Selects the LED indicator description.
LED Indicator/Buzzer
LED
Status LED
LED Indicator
Indicates the DIS-7200AS2 status and modules statuses, connected to the DIS-7200AS2 in 8 alphanumeric.
Buzzer
Built-in alarm buzzer
Status Output
Connects the external LED unit (optional accessory) for the DIS-7000.
The external LED unit indicates statuses (waiting for the trigger, recording, error).
Digital Input
Channels
16 × 2 (Total 32)
Input Formats
Non-voltage contact
Sampling Method
All channels synchronization
Sampling Frequencies
100, 200, 500, 1 k, 2 k, 5 k, 10 k, 20 k, 50 k, 100 kHz
Synchronous Operation
Method
Trigger
Trigger Type
Switch Trigger : Non-voltage contact input: 2 (Isolated input)
Cascade Trigger : Operated by cascade signals issued from the other units.
Software Trigger : Operated by commands issued from a control software.
Number of Units
Max. 48 (Including up to 4 master modules)
Each master module controls 15 expansion modules (max).
Connection Method
[Between Master Modules]
Through a cascade cable (Up to 10 m)
[Between Master Module (or Expansion Module) and Expansion Module]
･ Direct connection through a D-sub connector
･ Through an extension cable for modules (Up to 2 m)
*Excluding the power supply.
[Between Master Module and Conventional Product]
Through a cascade cable (Up to 10 m)
(Able to use the conventional cascade cables.)
Data Recorder
Mode
[Ring buffer mode]
Recognizes the switch trigger 1 or switch trigger 2 as the “Event point” and records data before and after the “Event point.”
[Recorder mode]
Records data from the point where the switch trigger 1 is recognized and handles the switch trigger 2 as the “Event point.”
Memory Type
Flash memory
Memory Capacity
500 M data/channel
Recording Time
Approx. 80 min (at 100 kHz)
Trigger Distribution Output
Channels
4
Format
Each channel has the following 3 formats.
  • Open collector (ON: Closed): Up to 24 V/30 mA
  • TTL (Positive logic 0 V → 5 V): Up to 15 mA
  • TTL (Negative logic 5 V → 0 V): Up to 15 mA
Timing
Sets a delay time, required for outputting after recognizing trigger inputs, of each channel.
Range
Real time or 0.1 to 9999 ms
Less than 100 ms: 0.1 ms step
100 ms or more, less than 1000 ms: 1 ms step
1000 ms or more, 9999 ms or less: 10 ms step
Accuracy
Less than 100 ms: Within ±20 μs
100 ms or more, less than 1000 ms: Within ±200 μs
1000 ms or more, 9999 ms or less: Within ±2.0 ms
*The trigger output timing may delay due to level trigger operations.
Check Functions
Memory check
Trigger check
Interfaces
Conforming to 10BASE-T/100BASE-TX
Log Function
Records the DIS-7200AS2 operating statuses (including power supply and trigger).
Environmental Conditions
Operating Temperature
0 to 50°C
Operating Humidity
20 to 80% (Non-condensing)
Storage Temperature
-10 to 60°C
Storage Humidity
10 to 90% (Non-condensing)
Power Supply
Input Range
15 to 28 VDC (TYP.24 V)
*Make sure the external power supply (optional accessory) is 24 VDC.
Or, some items (including the number of units) do not meet the specifications.
Current Consumption
Max. 300 mA
(Power supply: 24 VDC, all digital input channels: short circuit)
Others
LED Indicator on the Master Module:
Indicates statuses of each module.
External Power Supply:
Kyowa’s recommended external power supply only
Appearance
Dimensions
Approx. 45 W × 210 D × 100 H mm
(Excluding protrusions and options)
Weight
Approx. 1.0 kg
*Specifications and design are subject to change without notice.
*Please contact us for information on product warranties.

Dimensions

Specifications

Analog Input
Channels
8
Input Connector
3RT01-RW7F(TAJIMI ELECTRONICS made, applicable plug: 3RT01-PB7M)
Input Format
Balanced differential input
Input Resistance
Bridge sensor measurement:
Gain ×1 to 5000 Approx. (50 MΩ + 50 MΩ)
Gain ×0.1 to 0.9 Approx. (100 kΩ+100 kΩ)
Voltage measurement:
Approx. (100 kΩ +100 kΩ)
Input Voltage
Within ±20 V
Gain
×0.1 to 0.9 (× 0.1 step)
×1 to 5000 (× 1 step)
Gain Accuracy
Within ±0.2% FS
Nonlinearity
Within ±0.1% FS
Balancing Adjustment
Gain
× 0.1 to 0.9: Within ± 20 V
× 1 to 9: Within ± 2 V
× 10 to 99: Within ± 200 mV
× 100 to 5000: Within ± 20 mV
Bridge Excitation
Voltage Apply Method
Each channel on/off switchable
Voltage
10, 5, 2 VDC
Within ±0.1%
Bridge Configuration
Half bridge system
Full bridge system
Bridge Resistance
120 to 5 kΩ
Current
Within 30 mA/channel
LPF
Transfer Characteristic
5th order Butterworth
Cutoff Frequencies
50, 100, 200, 400, 1 k, 2 k, 4 k, 10 k, 20 kHz
Amplitude Ratio at Cutoff Point
Within -3 ±1 dB
Attenuation Characteristic
Within -30 ±3 dB/oct
AD Converter
Resolution
16 bits
Sampling Method
All channels synchronization
Sampling Frequencies
100, 200, 500, 1 k, 2 k, 5 k, 10 k, 20 k, 50 k, 100 kHz
S/N Ratio
50 dB or more (Filter: 1 k Hz)
Trigger
Type
Cascade trigger:
Operated by cascade signals issued from the other units.
Analog (level) trigger:
Operated by level of arbitrary 3 channels.
Software trigger:
Operated by commands issued from the control software.
Data Recorder
Mode
Ring buffer mode
The connected master module recognizes the switch trigger 1 or switch trigger 2 as the “Event point” and records data before and after the “Event point.”
Recorder mode
The connected master module records data from the point where the switch trigger 1 is recognized and handles the switch trigger 2 as the “Event point.”
Memory Type
Flash memory
Memory Capacity
500 M data/channel
Recording Time
Approx. 80 min (at 100k Hz)
TEDS Function
IEEE1451.4 (Mixed Mode Transducer Interface Class2) supported
Sensor ID supported
Check Functions
Bridge excitation check/sensor check
(tip parallel resistance method) / gain check/
input terminal resistance check/open circuit check/
memory check/trigger check
Indicator
Status LED
Interface
Conforming to 10BASE-T/100BASE-TX
Log Function
Records the signal conditioner module operating statuses
(including power supply and trigger).
Environmental Conditions
Operating Temperature
0 to 50°C
Operating Humidity
20 to 80% (Non-condensing)
Storage Temperature
-10 to 60°C
Storage Humidity
10 to 90% (Non-condensing)
Power Supply
Input Range
15 to 28 VDC (TYP.24 V)
*Make sure the external power supply (optional accessory) is 24 VDC.
Or, some items (including the number of units) do not meet the specifications.
Current Consumption
Max. 250 mA
(Power supply: 24 VDC, bridge excitation: 5 V, load: 350 ohm/8 channels)
Applicable Standards
ISO 6487/SAE J211-1
Others
The signal conditioner module is turned ON/OFF by the master module.
External power supply: Kyowa’s recommended external power supply only
Appearance
Dimensions
Approx. 35 W × 210 D × 100 H mm
(Excluding protrusions and options)
Weight
Approx. 0.8 kg
*Specifications and design are subject to change without notice.
*Please contact us for information on product warranties.

Specifications

Analog Input
Channels
16
Input Connector
3RT01-RW7F(TAJIMI ELECTRONICS made, applicable plug: 3RT01-PB7M)
Input Format
Balanced differential input
Input Resistance
Bridge sensor measurement:
Gain ×1 to 5000　Approx. (50 MΩ + 50 MΩ)
Gain ×0.1 to 0.9　Approx. (100 kΩ+100 kΩ)
Voltage measurement:
Approx. (100 kΩ +100 kΩ)
Input Voltage
Within ±20 V
Gain
×0.1 to 0.9 (× 0.1 step)
×1 to 5000 (× 1 step)
Gain Accuracy
Within ±0.2%FS
Nonlinearity
Within ±0.1%FS
Balancing Adjustment
Gain
× 0.1 to 0.9: Within ± 20 V
× 1 to 9: Within ± 2 V
× 10 to 99: Within ± 200 mV
× 100 to 5000: Within ± 20 mV
Bridge Excitation
Voltage Apply Method
Each channel on/off switchable
Voltage
10, 5, 2 VDC
Within ±0.1%
Bridge Configuration
Half bridge system
Full bridge system
Bridge Resistance
120 to 5 kΩ
Current
Within 30 mA/channel
LPF
Transfer Characteristic
5th order Butterworth
Cutoff Frequencies
50, 100, 200, 400, 1 k, 2 k, 4 k, 10 k, 20 kHz
Amplitude Ratio at Cutoff Point
Within -3 ±1 dB
Attenuation Characteristic
Within -30 ±3 dB/oct
AD Converter
Resolution
16 bits
Sampling Method
All channels synchronization
Sampling Frequencies
100, 200, 500, 1 k, 2 k, 5 k, 10 k, 20 k, 50 k,100 kHz
S/N Ratio
50 dB or more (Filter: 1 k Hz)
Trigger
Type
Cascade trigger:
Operated by cascade signals issued from the other units.
Analog (level) trigger:
Operated by level of arbitrary 3 channels.
Software trigger:
Operated by commands issued from the control software.
Data Recorder
Mode
Ring buffer mode
The connected master module recognizes the switch trigger 1 or switch trigger 2 as the “Event point” and records data before and after the “Event point.”
Recorder mode
The connected master module records data from the point where the switch trigger 1 is recognized and handles the switch trigger 2 as the “Event point.”
Memory Type
Flash memory
Memory Capacity
500 M data/channel
Recording Time
Approx. 80 min (at 100k Hz)
TEDS Function
IEEE1451.4 (Mixed Mode Transducer Interface Class2) supported
Sensor ID supported
Check Functions
Bridge excitation check/sensor check
(tip parallel resistance method) / gain check/input terminal resistance check/open circuit check/memory check/trigger check
Indicator
Status LED
Interface
Conforming to 10BASE-T/100BASE-TX
Log Function
Records the signal conditioner module operating statuses
(including power supply and trigger).
Environmental Conditions
Operating Temperature
0 to 50°C
Operating Humidity
20 to 80% (Non-condensing)
Storage Temperature
-10 to 60°C
Storage Humidity
10 to 90% (Non-condensing)
Power Supply
Input Range
15 to 28 VDC (TYP.24 V)
*Make sure the external power supply (optional accessory) is 24 VDC.
Or, some items (including the number of units) do not meet the specifications.
Current Consumption
Max. 350 mA
Power supply: 24 VDC, bridge excitation: 5 V, load: 350 ohm/16 channels)
Applicable Standards
ISO 6487/SAE J211-1
Others
The signal conditioner module is turned ON/OFF by the master module.
External power supply: Kyowa’s recommended external power supply only
Appearance
Dimensions
Approx. 35 W × 210 D × 100 H mm
(Excluding protrusions and options)
Weight
Approx. 0.9 kg
*Specifications and design are subject to change without notice.
*Please contact us for information on product warranties.

Specifications

Analog Input
Channels
24
Input Connector
EGG.1B.307(LEMO made, applicable plug: FGG.1B.307)
Input Format
Balanced differential input
Input Resistance
Bridge sensor measurement:
Gain ×1 to 5000 Approx. (50 MΩ + 50 MΩ)
Gain ×0.1 to 0.9 Approx. (100 kΩ+100 kΩ)
Voltage measurement:
Approx. (100 kΩ +100 kΩ)
Input Voltage
Within ±20 V
Gain
×0.1 to 0.9 (× 0.1 step)
×1 to 5000 (× 1 step)
Gain Accuracy
Within ±0.2%FS
Nonlinearity
Within ±0.1%FS
Balancing Adjustment
Gain
× 0.1 to 0.9: Within ± 20 V
× 1 to 9: Within ± 2 V
× 10 to 99: Within ± 200 mV
× 100 to 5000: Within ± 20 mV
Bridge Excitation
Voltage Apply Method
Each channel on/off switchable
Voltage
10, 5, 2 VDC
Within ±0.1%
Bridge Configuration
Half bridge system
Full bridge system
Bridge Resistance
120 to 5 kΩ
Current
Within 30 mA/channel
LPF
Transfer Characteristic
5th order Butterworth
Cutoff Frequencies
50, 100, 200, 400, 1 k, 2 k, 4 k, 10 k, 20 kHz
Amplitude Ratio at Cutoff Point
Within -3 ±1 dB
Attenuation Characteristic
Within -30 ±3 dB/oct
AD Converter
Resolution
16 bits
Sampling Method
All channels synchronization
Sampling Frequencies
100, 200, 500, 1 k, 2 k, 5 k, 10 k, 20 k, 50 k, 100 kHz
S/N Ratio
50 dB or more (Filter: 1 kHz)
Trigger
Type
Cascade trigger:
Operated by cascade signals issued from the other units.
Analog (level) trigger:
Operated by level of arbitrary 3 channels.
Software trigger:
Operated by commands issued from the control software.
Data Recorder
Mode
Ring buffer mode
The connected master module recognizes the switch trigger 1 or switch trigger 2 as the “Event point” and records data before and after the “Event point.”
Recorder mode
The connected master module records data from the point where the switch trigger 1 is recognized and handles the switch trigger 2 as the “Event point.”
Memory Type
Flash memory
Memory Capacity
500 M data/channel
Recording Time
Approx. 80 min (at 100k Hz)
TEDS Function
IEEE1451.4 (Mixed Mode Transducer Interface Class2) supported
Sensor ID supported
Check Functions
Bridge excitation check/sensor check
(tip parallel resistance method) / gain check/input terminal resistance check/open circuit check/memory check/trigger check
Indicator
Status LED
Interface
Conforming to 10BASE-T/100BASE-TX
Log Function
Records the signal conditioner module operating statuses
(including power supply and trigger).
Environmental Conditions
Operating Temperature
0 to 50°C
Operating Humidity
20 to 80% (Non-condensing)
Storage Temperature
-10 to 60°C
Storage Humidity
10 to 90% (Non-condensing)
Power Supply
Input Range
15 to 28 VDC (TYP.24 V)
*Make sure the external power supply (optional accessory) is 24 VDC.
Or, some items (including the number of units) do not meet the specifications.
Current Consumption
Max. 500 mA
(Power supply: 24 VDC, bridge excitation: 5 V, load: 350 ohm/24 channels)
Applicable Standards
ISO 6487/SAE J211-1
Others
The signal conditioner module is turned ON/OFF by the master module.
External power supply: Kyowa’s recommended external power supply only
Appearance
Dimensions
Approx. 35 W × 210 D × 100 H mm
(Excluding protrusions and options)
Weight
Approx. 1.0 kg
*Specifications and design are subject to change without notice.
*Please contact us for information on product warranties.

Specifications

Analog Input
Channels
24
Input Connector
3RT01-RW7F(TAJIMI ELECTRONICS made, applicable plug: 3RT01-PB7M)
Input Format
Balanced differential input
Input Resistance
Bridge sensor measurement:
Gain ×1 to 5000　Approx. (50 MΩ + 50 MΩ)
Gain ×0.1 to 0.9　Approx. (100 kΩ+100 kΩ)

Voltage measurement:
Approx. (100 kΩ +100 kΩ)
Input Voltage
Within ±20 V
Gain
×0.1 to 0.9 (× 0.1 step)
×1 to 5000 (× 1 step)
Gain Accuracy
Within ±0.2%FS
Nonlinearity
Within ±0.1%FS
Balancing Adjustment
Gain
× 0.1 to 0.9: Within ± 20 V
× 1 to 9: Within ± 2 V
× 10 to 99: Within ± 200 mV
× 100 to 5000: Within ± 20 mV
Bridge Excitation
Voltage Apply Method
Each channel on/off switchable
Voltage
10, 5, 2 VDC
Within ±0.1%
Bridge Configuration
Half bridge system
Full bridge system
Bridge Resistance
120 to 5 kΩ
Current
Within 30 mA/channel
LPF
Transfer Characteristic
5th order Butterworth
Cutoff Frequencies
50, 100, 200, 400, 1 k, 2 k, 4 k, 10 k, 20 kHz
Amplitude Ratio at Cutoff Point
Within -3 ±1 dB
Attenuation Characteristic
Within -30 ±3 dB/oct
AD Converter
Resolution
16 bits
Sampling Method
All channels synchronization
Sampling Frequencies
100, 200, 500, 1 k, 2 k, 5 k, 10 k, 20 k, 50 k,100 kHz
S/N Ratio
50 dB or more (Filter: 1 k Hz)
Trigger
Type
Cascade trigger:
Operated by cascade signals issued from the other units.
Analog (level) trigger:
Operated by level of arbitrary 3 channels.
Software trigger:
Operated by commands issued from the control software.
Data Recorder
Mode
Ring buffer mode
The connected master module recognizes the switch trigger 1 or switch trigger 2 as the “Event point” and records data
before and after the “Event point.”
Recorder mode
The connected master module records data from the point where the switch trigger 1 is recognized and handles the switch trigger 2 as the “Event point.”
Memory Type
Flash memory
Memory Capacity
500 M data/channel
Recording Time
Approx. 80 min (at 100k Hz)
TEDS Function
IEEE1451.4 (Mixed Mode Transducer Interface Class2) supported
Sensor ID supported
Check Functions
Bridge excitation check/sensor check
(tip parallel resistance method) / gain check/input terminal resistance check/open circuit check/memory check/trigger check
Indicator
Status LED
Interface
Conforming to 10BASE-T/100BASE-TX
Log Function
Records the signal conditioner module operating statuses
(including power supply and trigger).
Environmental Conditions
Operating Temperature
0 to 50°C
Operating Humidity
20 to 80% (Non-condensing)
Storage Temperature
-10 to 60°C
Storage Humidity
10 to 90% (Non-condensing)
Power Supply
Input Range
15 to 28 VDC (TYP.24 V)
*Make sure the external power supply (optional accessory) is 24 VDC.
Or, some items (including the number of units) do not meet the specifications.
Current Consumption
Max. 500 mA
(Power supply: 24 VDC, bridge excitation: 5 V, load: 350 ohm/24 channels)
Applicable Standards
ISO 6487/SAE J211-1
Others
The signal conditioner module is turned ON/OFF by the master module.
External power supply: Kyowa’s recommended external power supply only
Appearance
Dimensions
Approx. 35 W × 210 D × 100 H mm
(Excluding protrusions and options)
Weight
Approx. 1.0 kg
*Specifications and design are subject to change without notice.
*Please contact us for information on product warranties.

Specifications

Ignition Current
Output Channels
8
Connectors
Mainframe: ECP.0S.302 (LEMO made)
Plug: FFA.0S.302 (LEMO made)
Output Current
Setting range: 0.5 to 3.0 A and OFF (Selectable with 0.1 A steps)
Accuracy: Within ±0.05 A
Output Voltage
Approx. 18 V (Max.)
Load Resistance
1 to 9 Ω (Including cable resistance value to the inflator)
*However, the actual upper limit of the resistance value is obtained from the following.
Set current (A) x Load resistance (Ω) = Max. output voltage 18 V
Output Time
Setting range: 0.2 to 5 ms (Selectable with 0.1 ms)
*However,
Set current (A) x Set current (A) x Load resistance (Ω) x Output time (ms) ≤ 180
[Example]
If the preset current 3.0 A and the resistance 6.0 Ω, then the output current is up to 3.3 ms.
If the preset current 2.5 A and the resistance 7.2 Ω, then the output current is up to 4.0 ms.
Delay Time
[Setting range]
0.1 to 999.9 ms (Selectable with 0.1 ms steps)
1000 to 9999 ms (Selectable with 1 ms steps)
[Accuracy]
Within ±0.01 ms (When setting 0.1 to 99.9 ms)
Within ±0.1 ms (When setting 100.0 to 999.9 ms)
Within ±1 ms (When setting 1000 to 9999 ms)
AD Converter
Resolution
16 bits
Measurement Accuracy
Within ±3%FS (FS = 5.0 A)
Sampling Method
All channels synchronization
Sampling Frequencies
10 k, 20 k, 50 k, 100 kHz
Data Recorder
Mode
[Ring buffer mode]
The connected master module recognizes the switch trigger 1 or switch trigger 2 as the “Event point” and records data before and after the “Event point.”
[Recorder mode]
The connected master module records data from the point where the switch trigger 1 is recognized and handles the switch trigger 2 as the “Event point.”
Memory Type
Flash memory
Memory Capacity
250 M data/channel
Recording Time
Approx. 40 min (at 100k Hz)
Trigger
Type
Cascade triggers:
Operated by triggers from the other devices.
Software triggers:
Operated by commands issued from the external PC.
Check Functions
Memory check, trigger check, current output check
Safety Functions
Safety Functions
In a state with the SAFETY plug inserted to the SAFETY connector, trigger signals must not be input.
In addition, the current output terminals are shorted in the DIA-708AS3 so as not to flow the accidental current to the inflator.
Measuring Load Resistence
Apply weak current (Approx. 10 mA) to the inflator and measure the resistance.
(*The measured resistance includes the cable resistance to the inflator. )
Measurement range: 0.0 to 10.0 Ω
Resolution: 0.1 Ω
Accuracy: Within ±0.3 Ω
[Resistance measurement before the test:
Just before conducting the test (when moving the SAFETY plug from the SAFETY connector to UNSAFETY connector), automatically measures the load resistance to detect errors such as cable broken.
Only when the measured result is within the preset resistance range, the DIA-708AS3 becomes waiting for trigger state to continue the test.
[Resistance measurement after the test]:
After completing the ignition, automatically measures the load resistance for detecting the not ignited inflator.
The measured results are displayed on the status LED on the top face.
CH Status
Displays the status of the DIA-708AS3 with the LED on the front panel.
Buzzer
The built-in buzzer in DIS-7200AS2 issues alarm in the following incident.
  • Recharging the capacitor for current output.
  • Detects errors when measuring the resistance.
  • Detects errors when checking the current output.
Interfaces
Conforming to 10BASE-T/100BASE-TX
Log Function
Records the DIA-708AS3 operating statuses (including power supply and trigger).
Operating Environment
Operating Temperature
0 to 50 ºC
Operating Humidity
20 to 80 % (Non-condensing)
Storage Temperature
-10 to 60 ºC
Storage Humidity
10 to 90% (Non-condensing)
Power Supply
Input Range
15 to 28 VDC (TYP.24 V)
*Make sure the external power supply (optional accessory) is 24 VDC.
Or, some items (including the number of units) do not meet the specifications.
Current Consumption
Max. 250 mA (Power supply: 24 VDC)
Others
  • The DIA-708AS3 is turned ON/OFF by the master module.
  • External power supply: Kyowa’s recommended external power supply only
Appearance
Dimensions
Approx. 35 W × 210 D × 100 H mm
(Excluding protrusions and options.)
Weight
Approx. 0.9 kg
*Specifications and design are subject to change without notice.
*Please contact us for information on product warranties.