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XORF-SA2 - RFID SAFETY SWITCH FOR ROLLING STOCK, ON-BOARD EQUIPMENT

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XORF-SA2 - RFID SAFETY SWITCH FOR ROLLING STOCK, ON-BOARD EQUIPMENT

Name: XORF-SA2 - RFID SAFETY SWITCH FOR ROLLING STOCK, ON-BOARD EQUIPMENT
Brand: ISAC ENTERPRISES
Price: 12000 INR
Availability: InStock

Price 12000 INR/ Piece

Get a Price/Quote

MOQ : 10 Pieces

XORF-SA2 - RFID SAFETY SWITCH FOR ROLLING STOCK, ON-BOARD EQUIPMENT Specification

Response Time
<20 ms

Rated Voltage
24 VDC (typical), supports up to 250V AC/DC

Max. Current
2A

Finish Type
Matte

Circuit Type
NO/NC (Normally Open/Normally Closed)

Automation Grade
Automatic

Number of Module
Single module

Protection Level
IP67

Mechanical Life
10 million operations

Temperature Range
-40C to +85C

Product Type
RFID Safety Switch for Rolling Stock, On-Board Equipment

Material
Engineering Plastic/Metal Enclosure

Insulation Resistance
100 M (at 500 VDC)

Contact Resistance
100 m

Max. Voltage
250 VDC/AC

Operating Temperature
-40C to +85C

Stoke
Non-contact RFID activation

Size
83 mm x 25 mm x 13 mm (Sensor)

Color
Grey, Red

Weight
Approx. 95g (Sensor only)

Mounting Type
Screws (surface mounting)

Current Rating
2A max

No Of Poles
2

XORF-SA2 - RFID SAFETY SWITCH FOR ROLLING STOCK, ON-BOARD EQUIPMENT Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
100 Pieces Per Month

Delivery Time
8 Week

Sample Policy
If order is confirmed we will reimburse the sample cost

Main Export Market(s)
Middle East, Asia

Main Domestic Market
All India

Certifications
CE Certified

About XORF-SA2 - RFID SAFETY SWITCH FOR ROLLING STOCK, ON-BOARD EQUIPMENT

XORF-SA2 - RFID SAFETY SWITCH FOR ROLLING STOCK, ON-BOARD EQUIPMENT

Area of application / performance :

Control of the position of the protection door

Discriminating access control

Self-learning RFID encoding key

Unique customer code: on request

Diagnostic output for PLC

LED indicator with backlight

High alignment tolerance: ~20 mm

Compatible with metallic environment

Cable output 50 cm or 220 cm PUR M12 8p overmolded

Waterproof IP 67

PA6 housing resistant to washing with detergent

Operating temperature : -25 AAC ~ +60 AAC

Short circuit protection of outputs

OSSD outputs: fraud and failure detection

Outputs (OSSD) :A

The outputs (OSSD) of the XORF-SA2 product have been designed to detect any failure:

- a short circuit between OUT1 and OUT2

- a ground or 0V connection between OUT1 or OUT2

or any fraud :

- a short-circuit between IN1 and OUT1 or OUT2

- a short-circuit between IN2 and OUT1 or OUT2

- a setting at positive potential of OUT1 or OUT2

Pulses are added to the outputs to perform the diagnostic functions. The pulse duration and period do not affect the control of inductive loads. If an indicator is controlled by one of the outputs OUT1 or OUT2, a slight flickering may be visible depending on the indicator technology used.

Reliable Non-Contact Safety for Rail Systems

XORF-SA2 ensures critical safety for rolling stock and railway automation through RFID non-contact technology. Its encoded actuator design avoids physical wear, minimizing maintenance and maximizing longevity-even in demanding vibration and shock conditions.

Versatile Application & Easy Installation

Engineered for rolling stock doors, emergency exits, and automation, the XORF-SA2 is straightforward to install with screw mounting and flexible wiring via pre-wired cable or M12 connector. Its compact all-in-one design streamlines integration into limited onboard spaces.

Robust Performance in Extreme Conditions

With an operating temperature range from -40C to +85C, and IP67 enclosure, this safety switch withstands harsh railway environments. Its LED indicators provide instant feedback, aiding quick diagnostics and contributing to reliable operation.

FAQ's of XORF-SA2 - RFID SAFETY SWITCH FOR ROLLING STOCK, ON-BOARD EQUIPMENT:

Q: How does the XORF-SA2 RFID Safety Switch enhance safety on rolling stock?

A: The XORF-SA2 employs RFID-encoded actuators for non-contact sensing, which ensures that safety mechanisms are triggered only by genuine actuators. This minimizes accidental or unauthorized activation and provides functional safety up to PLe/Cat.4, making it highly effective for safety-critical applications like railway doors and emergency exits.

Q: What are the typical applications for the XORF-SA2 switch?

A: The switch is primarily used in railway settings, including rolling stock door safety interlocks, emergency exit monitoring, and onboard automation systems. Its robust design and compact size make it suitable for both retrofit and new installations on trains and related equipment.

Q: When should the XORF-SA2 RFID Safety Switch be chosen over traditional mechanical switches?

A: Opt for the XORF-SA2 when your application requires long mechanical life, resistance to misalignment, improved tamper resistance, and higher safety standards. Its non-contact operation is ideal where vibration, shock, and harsh environments could degrade mechanical switches.

Q: Where can distributors, exporters, and suppliers obtain the XORF-SA2 switches in France?

A: Distributors, exporters, importers, suppliers, and traders based in France can acquire the XORF-SA2 through authorized distributors specializing in railway safety and automation components, ensuring compliance with European industry standards.

Q: What is the installation process for the XORF-SA2?

A: The XORF-SA2 can be mounted using standard screws. It accommodates either a pre-wired cable or an M12 connector for electrical connection, making installation straightforward. LED indicators assist in setup and troubleshooting by showing power and switch status.

Q: How do operators benefit from using an RFID-encoded actuator in safety switches?

A: RFID encoding ensures only the correct actuator can activate the switch, drastically reducing the possibility of bypassing safety. This gives operators increased security, minimizes risk, and ensures compliance with stringent railway safety standards.

Q: What maintenance is required for the XORF-SA2 safety switch?

A: Due to its non-contact operation and rugged design, routine maintenance is minimal. Regular visual checks of the LED indicators and connection integrity are recommended to ensure ongoing optimal performance.

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