Complete buffered CNC parallel breakout board. Supports up to 4 axes, five inputs, spindle and coolant output relays, PWM output, and a wide power supply range of 11V ~ 24V.
RM2U is a 2-channel USB-controlled relay module. It can be used to control electrical devices remotely from a PC over a USB port such as lamps, motors, and locks. RM2U features a wide operating voltage range (9-40V) and supports serial communication baud rate speeds starting from 2400 up to 115200 bps. RM2U module is well protected, filtered, and fully isolated.
The RM4W is a 4-channel Wi-Fi module based on the ESP-12F module which is based on the ESP8266 chip from Espressif. The ESP-12F includes 4MB of flash and supports 802.11b/g/n Wi-Fi SOC. The ESP-12F can be programmed serially via the 4-pin header. The card is well-protected, filtered, and easy to install. The RM4W outputs can drive loads up to 10A (resistive load).
Features:
Based on ESP-12F Wi-Fi module.
On-board 3.3V regulator AMS1117-3.3V.
Power input is filtered for noise reduction.
Green LED for power indication.
Operating voltage DC12V.
Four output relays with red LED indicators.
Both normal open and normal close terminals are available.
Output terminals are available through a 5mm 2-pin K128 screw clamp.
Easy firmware uploading using a 4-pin header ( 3.3V, Tx, Rx, GND ).
Reset push button switch is included.
Two yellow LEDs for Tx and Rx signal indication.
DIN Rail mountable.
Four (Ø 3.5mm) mounting holes for easy installation.
SD40 is an easy-to-use professional stepper motor driver, which can control a two-phase stepping motor. It’s compatible with any CNC breakout board or any micro-based control board such as Arduino boards.
Features :
Single input power (12–40VDC).
4 Amps/phase maximum output motor driving current.
4 Selectable work current (1A, 2A, 3A, 4A).
Optional auto idle current reduction (30%).
Step, direction, and enable input signals are TTL
compatible.
Steps/Revolution 400, 800, 1600, 3200.
Test mode operation.
All controlling input signals are opto-isolated for safety.
High-speed opto-coupler isolator on step and direction.
Over temperature and over current protection.
Two input LED indicators, green for power and red for fault.
SRM8 is an 8-channel relay module designed to allow expanding microcontroller I/O pins. SRM8 is based on the 8-bit shift register 74595 IC. It supports 8 output relays while using only three I/Os. SRM8 can be daisy-chained to further extend the outputs to theoretically an infinite number while still using the same three microcontroller I/O pins. SRM8 module can be supplied from a wide range of voltages (5-40V). The input control signals are Digital Input (DI), Clock (CK), and Load (LD). Every time the shift register Clock input receives a low to high transition it accepts the data input value to bit0 and shifts the internal register data by one bit. Thus, 8 clock pulses are required to get one-byte data from the microcontroller. Finally, a latch pulse is required to load all internal shift register data to parallel outputs (Relays). This control sequence can be performed using a hardware-implemented SPI or a few lines of written code.
Features:
Supports: 8-channel output relays.
Protocol: SPI.
Wide operating voltage range: 5-40V (two selectable ranges).
Input signals (TTL): Data Input (DI), Clock (CK), and Load (LD).
Output signals (TTL): Data Output (DO), Clock (CK), and Load (LD).
Power-on relay status is OFF (a reset operation is auto-applied up on power on).
Green LED for power indication.
Red LED indicator for each output relay.
Both normal open and normal close terminals are available.
Reverse polarity protection for power input.
Input and output signals are available via screw clamp terminals as well as pin headers for flexibility.
SRM8 module can be daisy-chained to obtain a large number of relay outputs.
The power connector is duplicated to facilitate the daisy chain board-to-board power connection of up to 16 modules, To connect more SRM8 modules use external wiring.
Mounting: Four (Ø 3.5mm) mounting holes for easy installation.
The RM4N is a 4-channel wireless relay module based on the nRF24L01+ chip from Nordic Semiconductor. The nRF24L01 module is designed to operate in the global 2.4GHz ISM frequency band and uses GFSK modulation to transmit data. The card is well-protected, filtered, and easy to install. RM4N outputs can drive loads up to 10A (resistive loads).
Features:
Based on nRF24L01+ module.
On-board 3.3V,5V regulator.
Power input is filtered for noise reduction.
LED for power indication.
Operating voltage DC12V.
Four output relays with red LED indicators.
Both normal open and normal close terminals are available.
Relay outputs are available through 5mm 2-pin K128 screw clamp terminals.
Easy configuration and test.
Reset push button switch is included.
DIN Rail mountable.
Four (Ø 3.5mm) mounting holes for easy installation.
The RM2W is a 2-channel Wi-Fi module based on the ESP-12F module which is based on the ESP8266 chip from Espressif. The ESP-12F includes 4MB of flash and supports 802.11b/g/n Wi-Fi SOC. The ESP-12F can be programmed serially via the 4-pin header. The card is well-protected, filtered, and easy to install. The RM2W outputs can drive loads up to 10A (resistive load).
Features:
Based on ESP-12F Wi-Fi module.
On-board 3.3V regulator AMS1117-3.3V.
Power input is filtered for noise reduction.
Green LED for power indication.
Operating voltage DC12V.
Two output relays with red LED indicators.
Both normal open and normal close terminals are available.
Output terminals are available through a 5mm 2-pin K128 screw clamp.
Easy firmware uploading using a 4-pin header ( 3.3V, Tx, Rx, GND ).
Reset push button switch is included.
Two yellow LEDs for Tx and Rx signal indication.
DIN Rail mountable.
Four (Ø 3.5mm) mounting holes for easy installation.
SD25 is an easy-to-use professional stepper motor driver, which can control a two-phase stepping motor. It’s compatible with any CNC breakout board or any micro-based control board such as Arduino boards.
Features :
Single input power (15–36VDC).
2.5 Amp/phase maximum output motor driving current.
4 Selectable work current (0.5A, 1.3A, 1.9A, 2.5A).
Auto idle current reduction (20%).
Step, direction, and enable input signals are TTL
compatible.
Steps/Revolution 200, 400, 1600, 3200.
Test mode operation.
All controlling input signals are opto-isolated for safety.
High-speed opto-coupler isolator on step and direction.
Over temperature and over current protection.
Two input LED indicators, green for power and red for fault.
A versatile kit for easy soldering components on a test board and building fast projects based on Arduino Mega board. Double-layer PCB is used to enable soldering of components on either face.
The RM2N is a 2-channel wireless relay module based on the nRF24L01+ chip from Nordic Semiconductor. The nRF24L01 module is designed to operate in the global 2.4GHz ISM frequency band and uses GFSK modulation to transmit data. The card is well-protected, filtered, and easy to install. RM2N outputs can drive loads up to 10A (resistive loads).
Features:
Based on nRF24L01+ module.
On-board 3.3V,5V regulator.
Power input is filtered for noise reduction.
LED for power indication.
Operating voltage DC12V.
Two output relays with red LED indicators.
Both normal open and normal close terminals are available.
Relay outputs are available through 5mm 2-pin K128 screw clamp terminals.
Easy configuration and test.
Reset push button switch is included.
DIN Rail mountable.
Four (Ø 3.5mm) mounting holes for easy installation.
