ALL MANUFACTURERS

POWER SUPPLY MODULE

Rated input voltage:AC 100V – AC 240V
Input voltage range:AC 85V ~ AC 264V
Input frequency:50 / 60 Hz (47 ~ 63 Hz)
Efficiency:65% or more
Output voltage:DC 5V (±2%)
Output current:3.0A
Over current protect:3.2A or more
Over voltage protect:5.5V ~ 6.5V

PROGRAMMABLE LOGIC CONTROLLER

PROGRAMMABLE LOGIC CONTROLLER
512K BYTE
6144 POINTS MAX
3.5 MB
IEC
0-55 DEGREES C
MASTERLOGIC 200 SERIES

CPU MODULE

Program memory capacity: 640KB
I/O points(installable):3,072 points
Max. I/O memory contact:32,768 points
Symbolic variablearea(A):128KB 
I variable:4KB
Flag variable F:4KB
Operator:18
Basic functionblock:43

CPU MODULE

Program memory capacity:4MB
I/O points(installable):6,144 points
Max. I/O memory contact:131,072 points
Symbolic variablearea(A): 512KB
I variable:16KB
Flag variable F:4KB
Operator:18

CPU module

Max. I/O: 3,072Pts
32kstep Programming
non-IEC
Standard
Power Supply:24V DC (±10%)
Power Consumption:15W typical, 25W max
Processor Speed:Dual-core 1.5 GHz
Memory:4GB RAM, 32GB Flash
I/O Capacity:Up to 512 points

Analog Signal Multiplier

Power Supply:24V DC (±10%)
Power Consumption:3.5W
Input Signals:2× (0-10V or 4-20mA)
Output Signal:0-10V or 4-20mA 
Input Impedance:1MΩ (voltage), 250Ω (current)
Isolation:1500V AC 
    

Splitter Board

Input Voltage:24V DC (±10%)
Power Consumption:2W max
Isolation Voltage:1500V AC
Input Channels:4 (configurable)
Output Channels:8 (1:2 splitting ratio)
Signal Types:4-20mA, 0-10V, digital

Exciter Control Module

Power Supply:110/220V AC ±10% or 24/48V DC
Power Consumption:50W (max)
Field Voltage :0-300V DC (adjustable)
Field Current:0-20A DC (continuous)
Control Accuracy:±0.25% of setpoint
Response Time:<10ms
Voltage Regulation:±0.5% of nominal
Frequency Range:40-70 Hz
Stability:<0.1% oscillation
Harmonic Distortion:<1% THD

Processor Unit Relay Card

Operating Voltage: 24V DC
Power Consumption: ≤5W
Isolation: 2.5kV AC 
Processor: 32-bit DSP
Memory:64MB Flash

Analog I/O Module

ANALOG I/O
MODULE 8AI
24 VDC
U/I/RTD
8/12BIT+SIGN 1/3-WIRE
CS31