Breakoutboards Archieven - Hardware CNC

XHC Controller 4 Axle voor MACH3

alinden — Mon, 12 Jun 2017 16:38:59 +0000

	Parameter Description
Axis output control:	Drive Current	Isolated open collector output; 5V,20mA
	Drive	Pulse + direction output
	Output frequency	400KHZ
	axes	MK4: 4-axis
	Isolation Voltage	3.5KV
Spindle inverter output: 3 types of output modes	Analog voltage output	0-10V
	PWM output	5V,1KHZ.Duty; 0-100%
	Pulse + direction output	5V,15HZ to 4KHZ
8 IO output	Drive Current	Isolation;50mA,25V
8 IO output	Isolation Voltage	3.5KV
16 IO input	Input Current	Isolated inputs,5mA,maximum voltage 25V
16 IO input	Isolation Voltage	3.5KV
USB interface	Complies with USB 2.0 standard

Het bericht XHC Controller 4 Axle voor MACH3 verscheen eerst op Hardware CNC.

C32 – Dual Port Multifunction CNC Board

alinden — Mon, 18 Jan 2016 15:25:57 +0000

This card has been designed to provide a flexible and easy connections using (RJ45 and Networks Cables) interface to drivers and function boards. This board comes with sockets that allow direct connection of a Smooth Steeper Board (from Warp9 Tech Design Inc) or DB25 headers. It also serves as an interface board for the pendants provided by CNC4PC (MPG2, MPG3, and MPG4).

This board provides a fast, easy, clean and safe installation.

–Connects directly to the Smooth Stepper (from Warp9). The board is provided with sockets that allow the Smooth Stepper Board to be plugged directly into this board. No ribbon cables required.

-RJ45 connectors for all I/Os You only have to use standard networks cable to make all connections.

-IEEE 1284 Standard compatible. Includes the circuitry recommended by the IEEE 1284 Level 1 standards for bidirectional parallel communications between personal computers and peripherals.

-Works with regular parallel ports. Board C24 (from CNC4PC) or Ribbon cables can be used to connect regular parallel ports.

-Has a relay that reflects the status of the e-stop button.

-Built-in Safety Charge Pump. There is an on-board safety charge pump, which is a circuit that acts a watch dog by monitoring that mach is in control of your system. Mach can be programmed in a way, so when it is in control, it delivers a 12.5 KHz signal through one of the ports. This card lets you use this signal to work as an On/Off Switch for your system, enabling a powerful safety system for your equipment. If you ever had windows crash on you, then this card is for you. The parallel port can also do weird things while the system is coming up, or down.

-Built-in Variable Speed Control. It has an optoisolated analog 0-10VDC output that will convert a step signal into an analog signal that can be used to command a commercial VFD. This analog can be adjusted using on-board pot, so this board can be adjusted to other voltages.

-Microcontroller based SCHP. This board comes with a microcontroller that allows the implementation of a complex algorithm for sampling and analyzing the SCHP signal.

-Two Built-in 8 amp Electromechanical Relay with NO and NC positions. Mechanical relays are very flexible because they can be used for AC or DC and come with NO and NC (Normally Open and Normally Closed) positions. This relay can also be used for controlling spindle rotation.

-Optoisolated inputs.

-Monitors E-Stop, Safety Charge Pump, and Drivers (it only monitors G320/340, DG2S and Viper Servomotor drives at this time).

-Buffered outputs. All outputs are buffered through the use of high speed and high current buffers, with the result that your devices receive all the power they need.

-34 inputs and outputs on 2 ports.

PINS

LPT1

LPT2

TOTAL

INPUT

OUTPUT

TOTAL

Easy integration with drivers and other CNC4PC prodcut

DB25 For connecting a pendant directly, no need to use a C22 board. It has a relay that reflects the status of E-Stop for hardware disable.

Instructions and configuration and pinout can be found here: Guide for setting up a pendant on LPT2

If do not plan on using a pendant, the pins can be used using a BD25 cable.

Has two electromechanical relays.

Optisolated inputs.

Optoisolated Analog Output Circuit for Spindle Speed Control

E-Stop Terminal, for hardware disable.

RJ45 connectors for connecting up to 6 axis.

Microcontroller based system. With DIP switch for selecting drivers to be used.

Easy driver connections by using an RJ45 cable .

Easy connection to other CNC4PC function boards. – C19 – AC Speed Controller .

Easy connection to other CNC4PC function boards. – C16 – Opto Limit & Home Board .

Easy connection to other CNC4PC function boards. – C5 – Relay Board .

Easy connection to other CNC4PC function boards. – C15 – Relay Board

Easy connection to other CNC4PC function boards. – C27 – RJ45 to Terminals.

Easy connection to an Smooth Stepper

For easy connection to parallel ports use a C24 – Parallel Port Adapter Board

PDF Manual for Rev. 5

PDF Manual for Rev. 4

PDF Manual for Rev.3

PDF Manual for Rev. 2

PDF Manual for Rev. 1.1

Powering of the C32

Wiring Sample using the DUGONG drivers.

Wiring Sample using the G320 drivers.

Wiring a Hitachi L100 VFD to a Rev 4.

Wiring a Hitachi WJ200 VFD to a Rev 5

Wiring a Leeson VFD to a Rev 5

Wiring a Huanyang VFD

Wiring a KBIC Speed Controller

Wiring a KBIC Speed Controller using the RJ45 Connector

Wiring a Minarik Speed Controller

Connecting the analog output to a VFD. CW-On/Off and CCW-On/Off.

Connecting the analog output to a VFD. Spindle On/Off and CW/CCW.

Wiring +24vdc Limits

Wiring a THC / CAP04-V.

Sample Product Integration

Sample XML Configuration Fil1e (Right Click/Save As)

If using an earlier version of the C32 with DUGONGS and C34, use this wiring

Het bericht C32 – Dual Port Multifunction CNC Board verscheen eerst op Hardware CNC.

PoKeys57CNC

alinden — Mon, 23 Nov 2015 13:47:10 +0000

PoKeys57CNC is a blend between general purpose PoKeys device and motor controller. The device is targeted primarily for controlling up to 8 STEP/DIR signal driven motors (stepper motors, servo drives, etc.) in various applications with the addition of powerful PoKeys device features. Device contains dedicated connectors for connections with motor drivers, pendants, (HD44780-compatible) LCD module, etc. In addition, 5 analog inputs with 12-bit resolution are available. The device also features four galvanically-isolated open-collector outputs and isolated 0 to 10 V analog output.

The device runs the PoIL core and is fully compatible with PoBlocks graphical programming software, bringing Programmable Logic Controller to a motor controller board. PoBlocks can be used to simply automate different peripherals and interchange data with other software applications that are using PoKeys57CNC device.

PoKeys USB products integrate support for virtual USB keyboard and USB joystick, which can be used to emulate a standard USB keyboard and joystick. Digital input pins can be mapped to virtual keyboard and joystick keys, while analog inputs can be mapped to virtual joystick axes. Configuration is simple by using our intuitive graphical PoKeys configuration application, where each function can also be tested.

A dedicated PoExtBus/PoNET connector can be used to extend the number of digital outputs for additional 80 outputs in the form of either relay outputs or open-collector outputs. It can also be used to connect various additional peripherals (e.g. PoKeysKBD48CNC pendant) and I²C sensors.

Features:

Supported by Mach4 and Mach3 PoKeys plugins
Compatible with USB 1.1/2.0 HID standard,
standard English USB keyboard simulation (with triggering support for up/down keys),
standard USB joystick simulation (6 axes, 32 buttons with triggering support),
Ethernet 10/100 with DHCP client or fixed IP support,
TCP or UDP connection with the device,
Modbus TCP support (access to digital IO, analog inputs, encoder values, digital counters values, PWM outputs, LCD display, PoExtBus devices, matrix keyboard status),
web interface with newly designed dashboard and I/O status display with multiple user accounts,
28 digital inputs or outputs (software configurable) with pull-up resistors and available as virtual USB keyboard keys. There are additional 4 dedicated digital outputs,
5 analog inputs (12-bit) with digital low-pass filtering (4 analog inputs also include analog low-pass filter with 1.9 kHz cut-off frequency),
multiple encoder pair inputs with three additional dedicated high-speed encoder and one ultra high-speed encoder inputs,
digital counters on specific digital input pins,
high performance 8-axis 125 kHz pulse engine with dedicated motor connectors,
up to 16×8 matrix keyboard with triggered keys/alternate function support,
up to 5 high-speed fully configurable PWM outputs (25MHz PWM timer) – two of them with open-collector transistor outputs,
Dedicated connector for HD44780-based character LCD support (up to 4×20 characters),
Dedicated connector for PoPendant1
PoExtBus support for adding up to 10 external shift registers (e.g. PoExtBusOC16, PoExtBusRE, etc.),
PoNET devices support (48-key CNC keyboard),
fail-safe support in case of communication interruption,
support for up to 100 sensors, that can be connected to I²C bus, 1-wire bus or on the general purpose analog inputs,
intuitive and user-friendly software,
third-party support via communication DLL library and extensive protocol specification document that allows porting to other systems.

MANUALS:

Manual PoKeys57CNC

PoBlocks manual (31.3.2014).pdf

PoKeys Pulse engine v2 and Mach3 plugin manual (30.1.2014).pdf

PoKeys57CNC user manual.pdf

SOFTWARE:

PoKeys v3.1.55, PoBlocks, Mach3 plugin (30.4.2015).exe

PoKeys v3.1.66a, PoBlocks, Mach3 plugin (18.11.2015).exe

PoKeys Mach4 plugin 7.17.1.2805 + manuals (15.11.2015).zip

Het bericht PoKeys57CNC verscheen eerst op Hardware CNC.