RELIANCE 57C410C high‑performance four‑channel isolated analog output module_Ningde Androld Automation Equipment Co.,Ltd.

June 01, 2026

RELIANCE 57C410C high‑performance four‑channel isolated analog output module

The RELIANCE 57C410C is a high‑performance four‑channel isolated analog output module, belonging to the AutoMax distributed control system platform. It is a further upgraded variant of the 57C410 series, optimized for high‑precision and high‑reliability industrial process control scenarios. The module adopts a single‑slot rack‑mounted structure, converting digital signals from the main controller into standard industrial analog voltage/current signals to drive on‑site actuators. It features 2500 V reinforced isolation, 12‑bit high‑precision D/A conversion, and enhanced EMC design, ensuring long‑term stable operation in complex and harsh industrial environments.

Description

Product Overview

Model Definition

RELIANCE：Brand of industrial control products.

57C：Denotes the I/O module and accessory family of the AutoMax platform.

410：Base model code for four‑channel analog output modules.

C：Designates a high‑precision enhanced variant with upgraded circuit design, higher output accuracy, stronger anti‑interference capability, and compatibility with AutoMax and DCS 5000 systems.

Technical Parameters

Channels：4 independent, galvanically isolated analog output channels.
Output Types：Voltage ±5 V, ±8 V, ±10 V；current 4–20 mA.
Resolution：12‑bit for voltage；11‑bit for current.
Accuracy：±0.05% of full scale at 25°C；±0.1% over the entire temperature range.
Isolation：2500 V RMS between logic common and outputs, and channel‑to‑channel.
Filter：100 Hz first‑order low‑pass filter per channel.
Power：5 VDC @ 110 mA；24 VDC @ 130 mA (supplied via backplane).
Operating Temperature：‑25°C to +75°C (extended high‑temperature resistance).
Storage Temperature：‑40°C to +85°C.
Vibration/Shock：1.5 g (10–500 Hz)；15 g (11 ms) (high‑strength resistance).
Protection Class：IP20 (dust and splash resistant).
Dimensions：102 mm × 60 mm × 30 mm.
Weight：Approx. 0.23 kg.

Interface and Communication Configuration

Rear Edge Connector：Connects to the rack backplane, obtaining power and realizing high‑speed data communication through the AutoMax proprietary bus protocol.
Front Panel：Equipped with screw terminals for on‑site actuator wiring；each channel has an independent status LED for real‑time operating condition monitoring.
External Ports：No additional communication ports；all signal interactions are completed via the backplane.

Core Functions

Converts digital control commands into high‑precision analog signals for accurate regulation of control valves, variable frequency drives, and other field devices.
2500 V reinforced isolation design effectively isolates electrical faults and electromagnetic interference between the control system and the field side.
Built‑in 100 Hz low‑pass filter suppresses high‑frequency noise, ensuring stable and smooth analog output.
Real‑time channel status monitoring and fault diagnosis functions, which can timely report anomalies to the upper system.
Each channel supports user‑configurable voltage/current output ranges, adapting to different actuator requirements.
High‑precision calibration and enhanced EMC design meet the stringent accuracy and reliability requirements of complex process control.

Application Scenarios

Widely used in industrial automation projects based on AutoMax and DCS 5000 systems, covering steel, chemical, power generation, papermaking, water treatment, and other industries. It is especially suitable for process control loops that require high‑precision isolated analog output to drive regulating equipment, such as precision flow control, pressure regulation, and temperature control scenarios with high electrical noise or wide temperature fluctuations.

Operation and Maintenance Instructions

Before installation or removal, disconnect the system power to avoid electric shock or module damage.
Insert the module into the designated slot of the AutoMax rack, ensuring reliable connection with the backplane.
Connect field cables to the corresponding terminals in strict accordance with the wiring diagram, and check the polarity to avoid wrong connection.
The operating environment should be kept clean, dry, and well‑ventilated, avoiding dust, moisture, and corrosive substances.
Regularly check whether the terminal connections are loose and whether the status LEDs are normal.
Do not disassemble or modify the module without authorization；internal components are not user‑serviceable.
In case of a fault, replace it with the same model in time to ensure uninterrupted system operation.

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