Pico Systems  
 Categories
 What's New? more
Fanuc Encoder Converter
Fanuc Encoder Converter
 $150.00 
 Quick Find more
 

Advanced Search

View All Items
 Information
Shipping & Returns
Privacy Notice
Conditions of Use
Printable Catalog
 Bestsellers
01.(b) PWM Servo Amplifier
02.(c) Brushless PWM Servo Amplifier
03.(a) Universal PWM Controller
04.Fanuc Encoder Converter
05.(d) Power Switch and Braking Module
06.Spindle DAC
07.12-V Power Supply
08.Fanuc Serial Encoder Converter (pulsecoder)
09.Heat Sink for PWM servo amps, pre-drilled
Spindle DAC  $50.00 
For more information, please visit this webpage.

Description

8-bit Digital to Analog converter, generally used for controlling a spindle motor drive.  It can be attached to any USC or UPC board, and is controlled by the PPMC driver in LinuxCNC.  It is capable of outputting 0 to +10 V or -10 to +10 V, as selected by jumpers.  If set for bipolar output, it watches SSR's 1 and 2 for polarity.  A cable to connect to controller board is included.

Ask a question about this product
1
1
This product was added to our catalog on 01/20/2018.
Customers who bought this product also purchased
Fanuc Encoder Converter
Fanuc Encoder Converter
 $150.00 
More info Buy Now
Resolver Converter
Resolver Converter
 $150.00 
More info Buy Now
Heat Sink for PWM servo amps, pre-drilled
Heat Sink for PWM servo amps, pre-drilled
 $100.00 
More info Buy Now
(d) Power Switch and Braking Module
(d) Power Switch and Braking Module
 $50.00 
More info Buy Now
PCIe parallel port card
PCIe parallel port card
 $25.00 
More info Buy Now
(c) Brushless PWM Servo Amplifier
(c) Brushless PWM Servo Amplifier
 $150.00 
More info Buy Now
First Product Previous Product 6 of 12 in PWM Servo Systems Next Product Last Product
 Shopping Cart more
0 items
 Sign in
E-mail address:

Password:

Password forgotten
Create an Account
 My Wish List more
0 items
 Tell A Friend
 
Tell someone you know about this product.
 Languages
English
 Currencies
All content and Images Copyright © 2024 Pico Systems
Copyright © 2000 - 2024 osCmax
Powered by osCmax v2.5.4