2 channel differential signal conversion single-ended collector, grating ruler servo encoder signal to PLC

$9.36
Specification : servo-specific
Quantity
Contact us

Get in touch

Please email us at sale1@rfid-life.com with a detailed overview of your project requirement. So that we can offer you the fastest and best support. You may expect a reply within 24 business hours. – Welcomes Your Comments And Questions.


Sales Department

Phone: +86 18205991243
Whatsapp: +86 18205991243
Telegram: +86 18205991243
Email: sale1@rfid-life.com
Address: No.987,High-Tech Park,Huli District,Xiamen,China


Support Department

Email: support@rfid-life.com


Business Hours

Monday - Friday 9am to 6pm

Saturday - 9am to 12am

Sunday - Closed

Description
Product Description
2 channel differential signal conversion single-ended collector, grating ruler servo encoder signal to PLC
 
1, the differential signal into the collector signal output, 2 channels, electrical isolation between input and output.

2, limit operating frequency 2MHZ. Servo encoder, grating ruler, rotary encoder and other differential output of the encoder signal -->PLC high-speed counting interface counting.

3, output mode: push-pull output mode, support NPN or PNP input PLC interface.

4, the module built-in voltage conversion module, can output 5V, 1A(maximum), for the grating ruler module power supply (fully compatible).

5, installation method: DIN35mm rail installation, convenient and fast!

6, module dimensions: 85*41*28mm(length * width * height).
 
Note: This module (servo model) provides 5V, 100mA (Max) output. Please note whether the differential signal generator requires a 5V supply. Otherwise suspended, do not connect (such as servo drive). When the differential signal generation equipment uses a lot of power (such as rotary encoders, high-power grating ruler), please use a fully compatible model (5V, 1A (Max) output).
 

 

 1, module output connection 1 (differential signal -> this module ->PNP input) :
2, module output connection 2 (differential signal -> this module ->NPN input) :