MagTek Cable Mini MICR RS232 VeriFone 10 PIN Gray
The MagTek Cable Mini MICR RS232 VeriFone 10 PIN plug is engineered for seamless connectivity between magnetic card readers and VeriFone payment terminals. This RS232 MICR cable delivers reliable data transmission for point-of-sale systems, check processing, and payment processing environments. Ideal for retail, hospitality, and financial institutions requiring dependable magnetic reader connectivity, this gray cable ensures consistent performance in high-volume transaction settings.
Key Features
- 10 PIN VeriFone connector for direct terminal compatibility
- RS232 serial communication protocol for stable data transfer
- MICR (Magnetic Ink Character Recognition) optimized design
- Gray durable cable jacket for professional environments
- Plug-and-play installation with no additional configuration
- Supports legacy and modern VeriFone payment terminals
Technical Specifications
| Specification |
Details |
| Manufacturer |
STRATEGIC SOURCING |
| Part Number |
22517580 |
| Cable Type |
RS232 MICR |
| Connector Type |
VeriFone 10 PIN Plug |
| Color |
Gray |
| Interface |
Serial RS232 |
| Application |
Magnetic Card Reader to Payment Terminal |
Frequently Asked Questions
What is an RS232 MICR cable used for?
An RS232 MICR cable connects magnetic card readers to payment terminals, enabling secure transmission of check and card data in retail and financial environments.
Is this cable compatible with VeriFone terminals?
Yes, the 10 PIN VeriFone connector ensures full compatibility with VeriFone payment terminals and point-of-sale systems supporting RS232 serial connections.
Can I use this magnetic reader cable for check processing?
Absolutely. This MagTek MICR cable is optimized for MICR technology, making it ideal for check processing, bank deposits, and financial transaction systems.
What makes this payment terminal cable reliable?
The cable features robust RS232 serial communication, durable gray jacket construction, and MagTek engineering standards, ensuring consistent performance in demanding POS environments.
