P. R. SHAH & CO.
GST : 27AAPFP7785A1ZS

Relay Interface Slim Card

Relay Interface Slim Card Specification

Contact Form
SPDT (Single Pole Double Throw)

Power Consumption
Approx. 0.48W

Coil Voltage
24V DC

Working Temperature
Up to 55C

Protect Feature
With LED Indication, Surge Suppressor

Ambient Temperature
-20C to +55C

Coil Power
Approx. 0.48W

Contact Resistance
50 m Max (at 1A 24V DC)

Dielectiric Strength
1500V AC for 1 minute

Contact Material
Silver Alloy

Mechanical Life
10 Million Operations

Product Type
Relay Interface Slim Card

Insulation Resistance
100 M min (at 500V DC)

Theory
Electromagnetic Relay

Usage
Industrial Automation, Control Panels

Contact Load
5A at 250V AC / 30V DC

Operate Time
Less than 10 ms

Terminal Type
Screw Terminal

Rated Voltage
24V DC

Supply Terminal
DIN Rail Mounted

Size
Slim / Compact

Color
Green

Dimension (L*W*H)
Approx. 80mm x 6mm x 65mm

Weight
Approx. 50g

Input Type
Digital

Mounting
DIN Rail Mountable

Operating Humidity
45-85% RH

Protection Circuit
Inbuilt for Inductive Loads

LED Indicator
Yes, for Relay Status

Storage Temperature
-30C to +70C

Relay Type
Sealed Miniature Relay

Housing Material
Flame Retardant Plastic

No. of Channels
Single Channel

Relay Interface Slim Card Trade Information

Minimum Order Quantity
01 Unit

Delivery Time
Days

Packaging Details
Packed in cartons.

Main Export Market(s)
Asia

Main Domestic Market
All India

Relay Interface Slim Card About

We are involved in offering a wide array of Relay Interface Slim Cards. Engineered using high quality material, these cards are well-known for their reinforced insulation and reduced system width for increased packing density. Furthermore, in order to fulfill diverse requirements of the customers, these Relay Interface Slim Cards are made available in different specifications.

Our product is also incorporated with the following:

1 pole 6A, 1 form C (CO) contact
Sensitive coil 170mW
Strong coil pins for DIN-rail socket
4kV coil-contact, 6/8mm clearance/creepage

Slim Design for Efficient Installation

With compact dimensions (approx. 80mm x 6mm x 65mm) and DIN rail mounting, this relay card integrates easily into crowded control panels, optimizing space for industrial automation projects. The slim profile and screw terminals contribute to seamless wiring and maintenance.

Reliable Performance and Safety Features

The relay interface card boasts flame-retardant housing, inbuilt surge suppression circuits, and LED indication for real-time relay status. Its robust build meets demanding industrial environments, supporting insulation resistance over 100M and dielectric strength up to 1500V AC for 1 minute.

FAQs of Relay Interface Slim Card:

Q: How does the DIN rail mounting benefit installation in control panels?

A: DIN rail mounting allows for quick and secure installation, making it easy to attach or reposition the relay interface slim card within industrial control panels. This method reduces installation time and simplifies maintenance processes.

Q: What is the purpose of the LED indicator on the relay interface slim card?

A: The LED indicator provides immediate visual feedback on relay status, ensuring operators can monitor activation at a glance. It helps in rapid troubleshooting and optimizes workflow efficiency in industrial settings.

Q: When should I use the slim card relay with inbuilt protection circuits?

A: This relay is best deployed in applications where inductive loads are present, such as industrial automation and control panels. Its built-in protection circuits safeguard against voltage spikes, prolonging the lifespan of connected equipment.

Q: Where can this relay interface be utilized?

A: The slim card is designed for use in industrial automation systems and control panel setups, particularly environments where compact size and robust protection are important. It is suitable for distributed control panels, machinery interfaces, and automation hubs.

Q: What kind of loads can the relay handle?

A: This relay can manage loads up to 5A at 250V AC or 30V DC, making it suitable for controlling moderate to heavy electrical equipment in industrial applications. Its silver alloy contacts ensure reliable switching performance.

Q: How does the flame-retardant plastic housing improve safety?

A: The flame-retardant plastic material reduces the risk of fire hazards in case of electrical faults, providing an extra layer of safety particularly in demanding industrial environments where electrical equipment is operated continuously.