Accessories

Part Number	Description / PDF	Quantity
GT32S8A Carlo Gavazzi	TOR SCREW 32A 5-8A	3
RCK2-100-1 Carlo Gavazzi	RK CABLE 2 X 0.14MM 100CM 1 CON	5
GUR02 Carlo Gavazzi	MECH INTERLOCK ONLY 9-95A	6
RHS301F115C Carlo Gavazzi	SSR RHS301 & 115V FAN ASSEMBLY	10
GT95L100A Carlo Gavazzi	TOR LUG 95A 80-100A	5
GT95S50A Carlo Gavazzi	TOR SCREW 95A 34-50A	5
GUW63 Carlo Gavazzi	LINKS FOR REV CONT 63A	6
GT95L95A Carlo Gavazzi	TOR LUG 95A 70-95A	4
CGE22-3PR-22AN Carlo Gavazzi	CC SSOLR 3PR 22A 4.4-22A	5
GT32S32A Carlo Gavazzi	TOR SCREW 32A 22-32A	3
GT95S22A Carlo Gavazzi	TOR SCREW 95A 16-22A	5
GUA4-40 Carlo Gavazzi	FRONT AUX 4NO CC9-185A	36
AI-800 Carlo Gavazzi	INS BARRIER 600-800A	25
GUA4-13 Carlo Gavazzi	FRONT AUX 1NO3NC CC9-185A	10
AX-2MS-20 Carlo Gavazzi	FRNT AUX 2NO MINI SC	10
CGT-12M-0.25 Carlo Gavazzi	TOR 12M 0.16-0.25	10
GT95S100A Carlo Gavazzi	TOR SCREW 95A 80-100A	5
GT32S0.16A Carlo Gavazzi	TOR SCREW 32A 0.1-0.16A	5
ZRMMOV24 Carlo Gavazzi	AUX MOD ZRM SCKT MOV 24 VAC/VDC	20
GT95L25A Carlo Gavazzi	TOR LUG 95A 18-25A	5

Accessories

1. Overview

Relays Accessories are components designed to enhance the functionality, protection, and integration of electromagnetic relays in electrical systems. These accessories include mechanical supports, protective enclosures, contact modules, and signal interfaces. In modern technology, they play a critical role in ensuring reliability, safety, and adaptability of relay-based control systems across industries such as automation, energy, and transportation.

2. Main Types and Functional Classification

Type	Functional Features	Application Examples
Protective Covers	Dust/waterproof enclosures (IP65-IP68), corrosion resistance	Outdoor power distribution cabinets
Mounting Bases	Quick-install brackets, DIN rail compatibility	Industrial control panels
Contact Modules	Multi-pole expansion, arc suppression design	High-current motor controllers
Drive Modules	DC/AC voltage conversion, coil suppression circuits	PLC output stage amplification
Signal Converters	Voltage/frequency isolation, optocoupler integration	Railway signaling systems

3. Structure and Composition

A typical relay accessory combines mechanical and electrical components:

Mechanical Structure: Injection-molded thermoplastic housing (e.g., PA66), metal mounting brackets, vibration-damping gaskets
Electrical Components: Silver-alloy contact plates, PCB-mounted transient voltage suppressors, thermal insulating layers
Interface Design: Standardized pin layouts (e.g., Eurocard 160x100mm), screwless terminal blocks (0.2-4mm wire compatibility)

4. Key Technical Specifications

Parameter	Value Range	Importance
Insulation Resistance	100M -10G	Ensures dielectric safety
Rated Voltage	12VDC-600VAC	Determines application scope
Contact Resistance	5-50m	Affects power efficiency
Operating Temperature	-40 C to +125 C	Environmental adaptability
IP Rating	IP20-IP69K	Protection level selection
Electrical Life	10,000-100,000 cycles	System longevity

5. Application Fields

Industrial Automation: PLC control cabinets, CNC machine relays
Power Systems: Transformer protection relays, grid monitoring equipment
Transportation: Train control systems, EV battery management
Consumer Electronics: Smart home relay modules, washing machine controllers
Medical Equipment: Patient monitoring systems, MRI machine relays

6. Leading Manufacturers and Products

Manufacturer	Representative Product	Key Features
Omron	MY2N-SR-DC12V	High-vibration resistance, LED status indicator
Schneider Electric	RXM4ABBD	Modular design, thermal overload protection
Siemens	3RT1025-1AP00	Plug-in terminal blocks, 3-phase control
Panasonic	JS1-12VDC	Miniature size (15.7x38mm), low power consumption
TE Connectivity	RT114112	Automotive-grade, AEC-Q100 certified

7. Selection Guidelines

Key considerations for selection include:

Environmental Conditions: Temperature extremes, humidity, and vibration levels
Load Requirements: Voltage/current ratings with 20% safety margin
Installation Method: PCB mount, panel mount, or DIN rail compatibility
Reliability Needs: MTBF (Mean Time Between Failures) >100,000 hours
System Compatibility: Matching coil voltage and contact configuration
Cost-Performance Ratio: Balancing durability and budget constraints

8. Industry Development Trends

Key trends shaping the future of relay accessories include:

Smart Integration: IoT-enabled accessories with embedded sensors for condition monitoring
Miniaturization: 30% size reduction achieved through advanced materials (e.g., LCP plastics)
Environmental Compliance: RoHS/REACH-compliant coatings and halogen-free materials
Modular Design: Interchangeable units for rapid system reconfiguration
High-Reliability Applications: Growth in aerospace and EV charging station accessories
Wireless Connectivity: Bluetooth-enabled relay modules for remote control systems