C76 - UC300ETH Multifunction Board.
From $160.00
To $1,656.00
CNC4PC
The C76 supplies full access to the power of the UC300ETH board. It emulates 5 ports for discrete signals and a port for analogs. It allows wiring TTL or industrial type Open Collector inputs and outputs.
OVERVIEW
The C76 supplies full access to the power of the UC300ETH board. It emulates 5 ports for discrete signals and a port for analogs. It allows wiring TTL or industrial type Open Collector inputs and outputs.
FEATURES
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Designed for UC300ETH motion controller.
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3 Expansion Ports
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Built-in PWM-Based Speed Control and Two Built-in Electromechanical Relays with NO and NC positions for spindle control.
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Monitors E-Stop, Safety Charge Pump, Driver Fault and VFD Fault.
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It is compatible with family of C34 connector boards that allow quickly connecting to popular drives connecting not just the step and direction signals, but also the fault and enable signals.
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Electromechanical Relay with NO and NC positions for general purpose (Port_2 16 or 17, jumper-selectable). If tied to pin 17 The relay will remain active while the system is active, making it ideal to control the power to the system.
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Independent Optoisolation Circuits for each port.
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Power terminal (10-30VDC). This can power the entire logic of the system.
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Outputs +3.3vdc at 24mA TTL.
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Status LEDs on all inputs connections.
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18 inputs ports.
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Flexible Driver Connection.
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Analog I/O port pinout.
| SKU | C76_B |
|---|---|
| Manufacturer | CNC4PC |
Documents and Download
Product Manual
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User manual Size: (1.02 MB)
Drawings and CAD Files
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3D Step Model Size: (2.57 MB)
Software, Installers and Configuration Files
- Plugin and Configuration Installer for the C76 on UCCNC Size: (23.33 KB)
- Software Mill Mach4 Ver Beta3.0.0.0 ( C76 - C94 ) Size: (11.13 MB)
- Software Lathe Mach4 ver Beta 2.0.0.0 ( C76 ) Size: (11.13 MB)
- UCNC C76 Fault Reporting Beta 1.5 Size: (68.75 KB)
- Mach3 C76 XML Configuration File Size: (20.05 KB)
- UCxx Utility Software Size: (144.53 KB)
- Pendant Installer Mach4 and UC300 Size: (1.58 MB)
Wiring Information
- Wiring for C76 Rev2 with MicroStep KL5056 and VFD Huanyang Size: (843.64 KB)
- Wiring Sample C76 Rev2 with VFD Huanyang Size: (329.89 KB)
- Wiring Sample C76 Rev2 with VFD Minarik Size: (1.61 MB)
- Wiring Sample C76 Rev2 with VFD WJ200 Size: (352.96 KB)
- Wiring Sample C76 Rev2 with VFD IMT Size: (1.36 MB)
- Wiring Sample C76 Rev2 with PlasmaSens Out Size: (373.27 KB)
- Wiring Sample C76 Rev2 with MPG Pendant Size: (1.58 MB)
- Wiring for C76 Rev2 with MicroStep KL5056 Size: (837.11 KB)
- Wiring Sample C76 Rev2 with CAP04 Size: (546.7 KB)
- Wiring Sample C76 Rev2 with VFD Huanyang Error Disable Size: (330.42 KB)
- Wiring for C76 Rev2 with G320 Size: (799.6 KB)
- Pinout C76 Rev2 Size: (204.83 KB)
- Wiring for C76 Rev2 with DYN4 Size: (784.64 KB)
- Wiring for C76 Rev2 with DG4S Size: (1.82 MB)
- Wiring Sample C76 with Huanyang VFD (GT Series) Error Enable Size: (307.02 KB)
- Wiring sample for C76r + Kl5056 Size: (925.42 KB)
- Wiring Sample for C76 + NSK E3000 Size: (306.02 KB)
- Wiring sample Touch Sensor with C76 Size: (2.39 MB)
- Wiring sample THC1 with C76 Size: (1.39 MB)
- Wiring Sample C76 + Touch Sensor and THC Size: (2.92 MB)
- Wiring Sample C76 With Inductive Switch Size: (2.02 MB)
- Wiring Sample C76 with Geckodriver G320
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Go to blog
Videos
- New Fault Reporting Feature for the C76 and UCCNC
- Go To
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Instructions
- Step by Step C76 for Setting up a for Mach3
- Go to blog
- Step by Step C76 for Setting up a for Mach4
- Go to blog
- Step by Step C76 for Setting up a for UCCNC
- Go to blog
- UC300ETH Plugin Configuration for Mach4 and C76 or C94 Size: (273.05 KB)
- UC300ETH Plugin Basic Configuration for Mach4 and C76 or C94
- Go to blog
Old Documents
- User Manual Rev 2. ver4.5 Size: (2.75 MB)
- Wiring Sample C78 Rev1.3 with G320 Size: (1.33 MB)
- User Manual C76 Rev1.4 Size: (2.44 MB)
- User Manual ver.4.6 Size: (2.79 MB)
- User Manual Rev. 2 Size: (2.08 MB)
- User Manual Rev2 Size: (2.79 MB)
Frequently Asked Questions and Answers
- What is a Safety Charge Pump (SCHP)?
It is a watchdog. It is a feature in which the control software will send a pulse stream through a pin, as if it was moving an axis. Then a microcontroller on the breakout board will see that pulse stream and will know that the signals coming from the c...
Read more - I cannot get the green LED to enable on the breakout board
3 conditions must be met to get the enable LED: The board must be properly powered. Check the documentation on the board, as a misunderstanding on how it is powered is very possible. The board must be connected to a PC/Motion Controller which is c...
Read more - US and International modes of operations for VFDs (Variable Frequency Drives) and Speed Controllers
VFDs and motors have two way of operation, in the US we use CW and CCW, in the rest of the world, or INT (International) it is used START/STOP and DIRECTION. These settings can usually be adjusted VFD settings. The chances are that if you purchased the V...
Read more - What is the spindle configuration needed, in UCCNC, to control the spindle with the software? I am using a Huanyang GT series vfd.
This would depend on the breakout board. The installers for our breakout boards would configure UCCNC to run the spindle with PWM at 300hz.
Read more - Can the C-76 be used with Gecko 320X?
YES!. You can use with the C34G320. You will find info on wiring and setting this up under Product Download.
Read more - Why use Ethernet Connection for my Motion Controller?
The Ethernet Connection has many advantages over USB. It is more reliable as Ethernet runs a client-server connection, while USB runs as a Windows Device. If there happens to be any glitch in the communication, you can lose the USB d...
Read more - How fast does my Motion Controller need to be?
You can estimate the appropriate speed requirement for your motion controller by understanding how fast you need your pulse stream to be. You will need to balance axis travel speed and the step resolution or length of each step in actual machi...
Read more - Should I use an External Motion Controller running in real-time for my CNC?
The main advantage of using an external motion controller is that runs all the function in a real-time environment. So many functions, like homing, reading an encoder, threading, probing, etc., are tied to the exact time in which they occur. I...
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