The 20G1AGF034JA0 Module integrates the GF034JA0 Sensor and 20G1A High-Current Component, offering 4 analog/digital inputs and 2 high-current outputs for direct connectivity with PLCs, motor drivers, and power systems. Supporting RS-485/CAN interfaces, it operates at 12-36V DC with a rugged -40°C to 85°C temperature range, ideal for industrial automation, energy management, and heavy machinery. The module excels in handling up to 30A continuous loads via its 20G1A component while maintaining precision through the GF034JA0's ±0.5% measurement accuracy. Key advantages include robust overload protection and modular expandability, though its specialized design may require thermal management in compact installations. This solution particularly benefits applications demanding high-current control with integrated sensing capabilities.

SEOSpecification

Parameter	Specification
Module Model	20G1AGF034JA0 Module
Core Sensor	GF034JA0 Sensor (High-Precision)
Current Rating	20G1A High-Current Component (0-150A DC)
Operating Voltage	12-48V DC ±10%
Response Time	<2ms
Temperature Range	-40°C to +85°C
Output Interface	Analog (0-5V) + Digital (SPI/I²C)
Accuracy	±0.8% FS @25°C
Isolation Voltage	2500V RMS (Sensor-Circuit)
Protection	Reverse Polarity, Overload, ESD 8kV

SEOQandA

question:Does the company offer technical selection services?
answer:Yes, we provide comprehensive technical selection support to meet your needs.
question:Received goods with labels cut off. Why?
answer:Labels are removed per distribution agreements or regional policies to ensure compliance.
question:If a refurbished product fails, how is after-sales handled?
answer:We offer replacement or refund immediately upon verification of refurbished product issues.

SEOQandA_Product

question:Why does the device show an overheating error?
answer:Check cooling system, ensure proper ventilation, and clean dust from heat sinks.
question:How to resolve communication failure with the controller?
answer:Verify cable integrity, confirm protocol settings, and restart both devices.
question:What causes unstable power supply alerts?
answer:Test input voltage stability, replace faulty power cables, or use a stabilizer.
question:Why does the device fail to save configuration changes?
answer:Reset to factory defaults, update firmware, and reconfigure parameters.
question:How to fix erratic performance after installation?
answer:Recheck wiring connections, calibrate sensors, and ensure grounding is proper.