Carlo Gavazzi RM1D Series DC Solid State Relay Datasheet

This datasheet details the Carlo Gavazzi RM1D series of DC solid-state relays, covering specifications for 60V, 200V, and 500V models with currents up to 100A.


Carlo Gavazzi RM1D Series DC Solid State Relay Datasheet - cover page
Brand
CARLO GAVAZZI
Category
Other Electronics
Document type
Datasheet
Language
Chinese
Pages
20
File format
PDF
File size
3.1 MB
Published
26 October, 2026
Updated
26 October, 2026
MD5 checksum
F146CA73743F9505D2C34305A2053317

About this manual

The Carlo Gavazzi RM1D series is a line of DC solid-state relays (SSR) designed for panel or heatsink mounting. These devices feature low power loss output MOSFETs and support high-frequency switching cycles without affecting SSR lifespan, making them ideal for applications like DC heaters and solenoid valves.

The document provides comprehensive technical data including electrical ratings, thermal resistance values for various models (RM1D060, RM1D200, RM1D500), current derating curves based on switching frequency, and environmental specifications. It also includes a selection guide for heatsinks and fuse recommendations for short-circuit protection. This manual is written in Chinese.

What's inside

  • Main Features
  • Ordering Code
  • Structure
  • Performance Characteristics
  • Current Derating vs Switching Frequency
  • Power Loss
  • Heatsink Selection
  • Environmental Specifications
  • Short Circuit Protection
  • Connection Diagram

Specifications

Max Output Current (60 VDC)100 ADC
Max Output Current (200 VDC)50 ADC
Max Output Current (500 VDC)10 ADC
Control Voltage Range4-32 VDC
Switching Frequency1000 Hz
Input-Output Isolation3750 Vrms
Operating Temperature Range-20°C - 80°C

Frequently asked questions

What is the control voltage range for RM1D relays?

The standard control voltage range is 4-32 VDC, though specific models like RM1D200 and RM1D500 may require a minimum of 4.5 VDC.

Is a heatsink required for all models?

No, the datasheet indicates that certain current ratings (marked as 'nh') do not require a heatsink at specific ambient temperatures.

What is recommended for high switching frequencies with RM1D200/500 models?

For switching frequencies greater than 1Hz, a capacitor C is strongly suggested to be connected at the output to prevent damage from voltage transients.

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