Features:
- Four closed-loop channels combine measurement, controller calculation, and continuous manipulation output.
- Analog inputs accept configured voltage, current, thermocouple, or Pt100 process signals.
- Four voltage/current outputs and eight digital inputs connect continuous actuators and binary conditions.
Siemens 6ES7355-0VH10-0AE0 places four continuous controllers inside one S7-300 function module.
Each configured analog input supplies a process value, while the corresponding control calculation produces a continuous analog output.
Two 20-pin front connectors divide the field wiring from S7-300 backplane communication with the CPU.
Quotations, manuals, and configuration guidance for Siemens 6ES7355-0VH10-0AE0 are available from Apter Power.
Siemens 6ES7355-0VH10-0AE0 FM 355 C Continuous Control Module Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
Closed-Loop Channel Structure
- Process value: Each loop receives the measured variable from its configured analog input.
- Controller action: The assigned control algorithm compares the process value with the configured setpoint.
- Manipulated value: The calculated result is delivered through the associated continuous analog output.
- Channel count: Four loops can be parameterized without combining their process signals into one controller.
Process-Signal Selection
- Voltage range: A voltage-producing transmitter is assigned to one of the documented voltage ranges.
- Current range: A current transmitter uses the configured current input path and field wiring.
- Thermocouples: Types B, J, K, R, or S require the corresponding thermocouple setting.
- Resistance input: A Pt100 sensor uses the resistance-temperature measurement configuration.
Continuous Actuator Signals
- Voltage output: The configured voltage range must match the actuator input and connected load.
- Current output: The current range requires a complete loop and a load inside the permitted resistance.
- Channel pairing: Each manipulation output belongs to its configured control channel.
- Failure check: Output saturation can result from process demand, range selection, wiring, or actuator load.
Binary Conditions and Wiring
- Command source: A digital input can supply a configured binary condition to the module.
- Signal separation: Binary states do not replace the analog process-value measurement.
- Front connection: The two 20-pin connectors carry both the analog and digital field wiring.
- Supply reference: The external 24 V DC circuit provides the field-side electrical reference required by the wiring.