Relays
Relays
The MonkMakes Relay for micro:bit is a solid-state (no moving parts) relay that allows an output of a micro:bit to turn things on and off.
Eight channel 5V DC Relay Module (8 channel relay)
Description:
This is an eight channel 5V DC relay module with active low. It can be controlled by variety of microcontrollers such as Arduino, Raspberry Pi, PIC, DSP, AVR or ARM etc.
- Has the ability to control eight separate appliances or pieces of equipment
- Eight on-board optoisolators enable direct interfacing to microcontrollers
- Eight red LED status lights on-board show relay activity
- Widely used in PLC control or smart home control
- 4 x M3 mounting holes for easy fixing via standoffs
Specifications:
- 15-20mA drive current needed per channel
- Relay coil maximum operating voltage: 5V
- Relay coil maximum current: 89.3mA
- Relay contact maximum: AC250V at 10A or DC30V at 10A
- No. of relays/channels: 8
- Item size: 134 x 55 x 20mm
- Item weight: 116g
Contents:
- 1 x 8 Channel Relay Module
Resources:
Warning
Exercise proper caution when connecting mains driven equipment or appliances to relay module as lethal current will be present.
Two Channel 5V DC Relay Module (2 channel relay)
Description:
This is a two channel 5V DC relay module with active low. It can be controlled by variety of microcontrollers such as Arduino, Raspberry Pi, PIC, DSP, AVR or ARM etc.
- Has the ability to control two separate appliances or pieces of equipment
- Two on-board optoisolators enable direct interfacing to microcontrollers.
- Two red LED status lights on-board show relay activity.
- Widely used in PLC control or smart home control
- 4 x M3 mounting holes for easy fixing via standoffs
Specifications:
- 15-20mA drive current needed per channel
- Relay coil maximum operating voltage: 5V
- Relay coil maximum current: 89.3mA
- Relay contact maximum: AC250V at 10A or DC30V at 10A
- No. of relays/channels: 2
- Item size: 57 x 55 x 20mm
- Item weight: 57g
Contents:
- 1 x 2 Channel Relay Module
Resources:
Warning
Exercise proper caution when connecting mains driven equipment or appliances to relay module as lethal current will be present.
One way Solid State Relay Module (Solid state relay single)
Description:
Package included:
1 x One way Solid State Relay Module
Relay tutorial for Raspberry Pi
5V Omron solid state relays 240V / 2A, output with resistive fuse 240V / 2A.
Dimensions: 25x34x25 (length x width x height)
Input Power: 5VDC
Control signal input voltage: (0-2.5V low state relay ON) (3-5V state high relay OFF)
Feature:
Voltage:5V
Quiescent current: 0 mA
Operating current: 12.5mA
Trigger Voltage: 3.3-5V
Trigger current: 2mA
Feature:
Voltage:5V
Quiescent current: 0 mA
Operating current: 12.5mA
Trigger Voltage: 3.3-5V
Trigger current: 2mA
DC +: positive power supply (according to the relay voltage supply)
DC-: negative power supply
CH1: relay module signal triggering end (low to trigger active)
Package included:
1 x One way Solid State Relay Module
Relay tutorial for Raspberry Pi
WS Waveshare RPi 3xRelay Board (WS 3 relay board)
Please note: Raspberry Pi not included
What's on the RPi Relay Board
Please note: Raspberry Pi not included
Overview
The RPi Relay Board gives your Pi the ability to control high voltage/high current devices, easily makes normal home appliances become intelligent.
RPi Relay Board Features
- Supports Raspberry Pi A+/B+/2B/3B
- High quality relays, loads up to 250VAC/5A, 30VDC/5A
- Photo coupling isolation, prevent interference from high voltage circuit
- Onboard LEDs for indicating relays status
- Relay control jumper, allows to control the relays by custom pins other than the default pins
- Comes with development resources, including examples in wiringPi, WebioPi, shell, python, and bcm2835
What's on the RPi Relay Board
- Raspberry Pi GPIO interface: for connecting Raspberry Pi
- Relay screw terminal: for connecting target devices
- Relays
- Photocoupler: PC817
- Relay indicator
- LED on: relay NC is opened, NO is closed
- LED off: relay NC is closed, NO is opened
- Power indicator
- Relay control jumper
- short the jumper: control the relays by default I/Os used in the example code
- open the jumper: control the relays by custom I/Os through jumper wires
Development Resources
Wiki : www.waveshare.com/wiki/RPi_Relay_Board
Package Includes:
- RPi Relay Board x 1
- RPi screws pack (2pcs) x 1
Four Way Solid State Relay Module (solid relay 4 red)
Description:
5V Omron solid state relays 240V / 2A, output with resistive fuse 240V / 2A.
Dimensions: 57x55x25 (length x width x height)
Input Power: 5VDC
Control signal input voltage: (0-2.5V low state relay ON) (3-5V state high relay OFF)
Features:
Voltage:5V
Quiescent current: 0 mA
Operating current: 12.5mA
Trigger Voltage: 3.3-5V
Trigger current: 2mA
Features:
Voltage:5V
Quiescent current: 0 mA
Operating current: 12.5mA
Trigger Voltage: 3.3-5V
Trigger current: 2mA
DC +: positive power supply (according to the relay voltage supply)
DC-: negative power supply
CH1: relay module signal triggering end (high to trigger active)
CH2: relay module signal triggering end (high to trigger active)
CH3: relay module signal triggering end (high to trigger active)
CH4: relay module signal triggering end (high to trigger active)
Package includes:
1 x Four way Solid State Relay Module
Python Code
CH2: relay module signal triggering end (high to trigger active)
CH3: relay module signal triggering end (high to trigger active)
CH4: relay module signal triggering end (high to trigger active)
Package includes:
1 x Four way Solid State Relay Module
Python Code
Relay for micro:bit (micro:bit Relay board)
The MonkMakes Relay for micro:bit is a solid-state (no moving parts) relay that allows an output of a micro:bit to turn things on and off.
A micro:bit can turn an LED on and off directly, but anything more powerful requires something like a relay or a transistor. Using a transistor to switch something on and off requires a shared ground connection with the micro:bit and a knowledge electronics that you or your students may not be ready for. The MonkMakes Relay for micro:bit is much easier to use, acting like a simple micro:bit controlled switch.
This relay can be used to switch low voltage devices such as light bulbs, a motor, a small heating element or even a string of 12V LED lighting. The voltage needs to be kept under 16V, but the relay will automatically protect itself against too much current.
FEATURES
- Solid-sate relay (up to 2 Amps)
- Active LED indicator
- Resettable ‘polyfuse’ to protect against over-current
Getting Started
Connecting your micro:bit
The Relay requires just two connections to the micro:bit. One to GND (ground) and one to whatever pin is to be used to control the relay’s switching action.
When attaching the alligator clips to the micro:bit, make sure that the clips are perpendicular to the board so that they are not touching any of the neighbouring connectors on the micro:Bit edge connector.
Here’s an example of how you could wire up a MonkMakes Relay for micro:bit to turn an old fashioned light bulb on and off.
HEX File
The quickest way to try out your relay is to DOWNLOAD THIS HEX FILE >and then copy it onto your micro:bit. The program will turn the relay on and off once a second.
JavaScript Blocks Editor
Set the controlling pin to 1 and the relay contacts will close, set it to 0 and the contacts will open again. Its as simple as that. So, to make your relay turn on and off once a second, open the Blocks Editor, add a forever block and then the digital write blocks from the pins category and the pauses from the basic category.
MicroPython
Paste the following code into the Python window and then Download the file and copy it onto your your micro:bit.
from microbit import *
while True:
pin0.write_digital(True)
sleep(500)
pin0.write_digital(False)
sleep(500)
Analog Outputs
The latest MonkMakes Relay for micro:bit can do more than just switch things on and off. It can also be used with micro:bit analog outputs. Look closely at your Relay for micro:bit and is it has the version number v1ev (under the word ‘Board’) then it can be used with the ‘analog write’ block in the blocks editor or the ‘write_analog’ function in MicroPython. If your board has the version number v1e then it is not suitable for use with analog outputs – sorry you were unlucky to get one of the small batch of first boards to be sold.
The output of the Relay for micro:bit is not linear at low PWM and high PWM values as the following chart illustrates.
The y-axis shows the current in mA for a test load resistor supplied from a constant voltage source. The x-axis is the analog write value (0 to 1023). As you can see, there is a dead zone up to a analog output value of about 100, followed by a relatively good linear region right up to about 1000, after which the output effectively becomes ‘on’.
The tests were carried out at the default PWM frequency of 50Hz for the micro:bit. Lower frequency PWM is expected to produce more linear results.
The MonkMakes Relay for micro:bit is a solid-state (no moving parts) relay that allows an output of a micro:bit to turn things on and off.
5V 1 Channel Level Trigger Optocoupler Relay Module (single relay red board)
Description:
The module uses a quality relay with a normally open interface
Using SMD optocoupler isolation, driving ability, stable performance
The module can be set high or low with a jumper setting trigger
Fault-tolerant design, even if the control line is broken, the relay will not operate
A power indicator (green) and a relay status indicator (red)
Specification:
Maximum load: AC 250V/10A, DC 30V/10A
Trigger current: 5mA
Working voltage: 5V
Module size: 50mm x 26mm x 18.5mm (L x W x H)
Four mounting bolt holes, diameter 3.1mm
Module interface:
DC+: positive power supply (VCC)
DC-: negative power supply (GND)
IN: can be high or low level to control the relay
Relay outputs:
NO: normally open
COM: Common Interface
NC: normally closed
High and low level trigger options:
It is low level trigger when jumper connects to LOW pin
It is high level trigger when jumper connects to HIGH pin
Package includes:
1 x 1 Channel H/L level trigger optocoupler relay module
Interfacing with a relay
The module uses a quality relay with a normally open interface
Using SMD optocoupler isolation, driving ability, stable performance
The module can be set high or low with a jumper setting trigger
Fault-tolerant design, even if the control line is broken, the relay will not operate
A power indicator (green) and a relay status indicator (red)
Specification:
Maximum load: AC 250V/10A, DC 30V/10A
Trigger current: 5mA
Working voltage: 5V
Module size: 50mm x 26mm x 18.5mm (L x W x H)
Four mounting bolt holes, diameter 3.1mm
Module interface:
DC+: positive power supply (VCC)
DC-: negative power supply (GND)
IN: can be high or low level to control the relay
Relay outputs:
NO: normally open
COM: Common Interface
NC: normally closed
High and low level trigger options:
It is low level trigger when jumper connects to LOW pin
It is high level trigger when jumper connects to HIGH pin
Package includes:
1 x 1 Channel H/L level trigger optocoupler relay module
Interfacing with a relay
Ethernet Control Module With 8 CHs Relay Board For LAN WAN WEB Server RJ45 Android iOS (Ethernet relay bord)
Overview:
This is an Ethernet Controller board based on Imatic system which is compatible with the 8 Channel relay board(included).
Using the Controller module and the 8 Channel relay board, you can control up to 8 devices remotely on LAN or WAN.
The Ethernet Controller board has an integrated web server. When you are in your office, you just need to open the page on your computer, pad or smartphone and control your devices eg. lights, air-conditioning or refrigerator in your home.
Features:
- Control switches remotely together with 8 Channel relay.
- RJ45 interface, via RJ45 telecommunications connection for network control.
- Support for 8 Channels relay which means you can control 8 different devices at the same time.
- Unique dual TCP connect control, corresponding with above trait, local as TCP server
- Accepts client control, when connect to remote server as TCP client
- Supply core module detailed information. Default IP: 192.168.1.4 port:30000 http://192.168.1.4/30000 (You can change the default IP address)
HTTP comments:
http://192.168.1.4/30000/00 : Relay-01 OFF
http://192.168.1.4/30000/01 : Relay-01 ON
http://192.168.1.4/30000/02 : Relay-02 OFF
http://192.168.1.4/30000/03 : Relay-02 ON
http://192.168.1.4/30000/04 : Relay-03 OFF
http://192.168.1.4/30000/05 : Relay-03 ON
…
http://192.168.1.4/30000/14 : Relay-8 OFF
http://192.168.1.4/30000/15 : Relay-8 ON
http://192.168.1.4/30000/41 : Enter
http://192.168.1.4/30000/40 : Exit
http://192.168.1.4/30000/42 : Next Page
http://192.168.1.4/30000/43 : Next Page
Package includes:
1 x Ethernet Control Module
1 x 8 CH Relay
Package includes:
1 x Ethernet Control Module
1 x 8 CH Relay
Soil Moisture Sensor 12V DC Relay Control Module Automatic watering switch (automatic water relay sensor)
When the soil moisture is lower than preferred setting, the relay will automatically pull in, start the sprinkler, water pump etc. until the moister reaches the desired humidity level and automatically stop.
Product use:
Through the potentiometer, adjust to the desired soil moisture level
Electrical parameters:
Supply voltage: 12VDC
Input current: more than 100mA
Input current: more than 100mA
Relay Load Max: 10A 250V AC or 10A 30V DC
Module instruction:
1 sensors applied to the detection of soil moisture;
Module
2. Blue potentiometer is used to adjust soil moisture level, clockwise adjustment and control the humidity will be bigger, counterclockwise smaller;
2. Blue potentiometer is used to adjust soil moisture level, clockwise adjustment and control the humidity will be bigger, counterclockwise smaller;
3. Due to module delay function, adjust the humidity value, wait about 5-8 seconds, see if the the relay state changed, the green LED lamp will also have corresponding change, until adjusted to meet the requirements.
Package Includes:
1 x Soil moisture control module
1 x Soil sensor
1 x Soil sensor
2 x 20cm long DuPont lines
DC 12V PIR IR Sensor Module Relay (12VDC pir relay occupancy)
Features:
Based on infrared technology, automatically control products, when someone enters switch sensing range, pir detect changes in the human body infrared spectrum, switch automatically switches the load, do not leave the sensing range (who are active), the switch will continue to be on.
Person leaves, switch off automatically load delay.
Convenient and saves energy.
Specifications:
1. Bipolar design: three-wire connection, and the load capacity 100W
2. Automatic sensors: switch immediately turned on with delay off after you leave.
3. Relay switch: can withstand high current output, high power load.
4. Adjustable delay time: 10 seconds -350 seconds
5. Ultra Low Power: Switch own power <0.0088W/h (annual power consumption of <0.077 degrees)
6. Induction: Passive
7. Operating Voltage: DC 12V
7. Inductive mode: passive infrared pyroelectric
6. Quiescent Current: 50uA
7. Sensing Distance: 3 to 5m
8. Load Capacity: Maximum: 100W
9. Induction Angle: About 120°, 100 ° up and down
10. Load Range: Various types of DC LED lamps, load
11. Ambient Temperature: -20 to +50℃
12. Output Mode: Relay control output DC 12V high level / low level
13. Size: 45 x 30mm, PIR lens diameter: 12mm
Wiring instructions:
Red wire: Power input + 12V
Black wire: Power output -12V
Yellow wire: OUT + 12V power output
Package includes:
1 x DC 12V PIR IR Sensor Module Relay
Based on infrared technology, automatically control products, when someone enters switch sensing range, pir detect changes in the human body infrared spectrum, switch automatically switches the load, do not leave the sensing range (who are active), the switch will continue to be on.
Person leaves, switch off automatically load delay.
Convenient and saves energy.
Specifications:
1. Bipolar design: three-wire connection, and the load capacity 100W
2. Automatic sensors: switch immediately turned on with delay off after you leave.
3. Relay switch: can withstand high current output, high power load.
4. Adjustable delay time: 10 seconds -350 seconds
5. Ultra Low Power: Switch own power <0.0088W/h (annual power consumption of <0.077 degrees)
6. Induction: Passive
7. Operating Voltage: DC 12V
7. Inductive mode: passive infrared pyroelectric
6. Quiescent Current: 50uA
7. Sensing Distance: 3 to 5m
8. Load Capacity: Maximum: 100W
9. Induction Angle: About 120°, 100 ° up and down
10. Load Range: Various types of DC LED lamps, load
11. Ambient Temperature: -20 to +50℃
12. Output Mode: Relay control output DC 12V high level / low level
13. Size: 45 x 30mm, PIR lens diameter: 12mm
Wiring instructions:
Red wire: Power input + 12V
Black wire: Power output -12V
Yellow wire: OUT + 12V power output
Package includes:
1 x DC 12V PIR IR Sensor Module Relay
SONOFF® SV DC 5V-24V DIY WIFI Wireless Switch Socket Module APP Remote Control For Smart Home (sonoff relay pcb(no housing))
1 x DC 5V-24V DIY Wifi Wireless Switch Sonoff SV Module
Overview:
Sonoff SV is a low voltage switch. The low voltage light switch supports 5-24V power supply. Power supply separation enables it to control both AC and DC power, although some welding is required for this purpose. It has GIPO reserved to support secondary development. This product does not have 433 RF function and shell.
Sonoff SV low voltage WiFi switch is an affordable device that provides customers with smart home control. The low voltage WiFi switch is a WiFi based wireless switch that can connect to a wide range of appliances. Sonoff SV low voltage remote switch transmits data to a cloud platform through the WiFi router, which enables customers to remotely control all the connected appliances, via the mobile application eWeLink. The cloud server of Sonoff SV is Amazon AWS global server.
Sonoff SV low voltage wireless remote switch makes all home appliances smart. As long as the mobile has network, customers can remotely control the appliances by turning them on off from anywhere at any time. Another feature available is to set timing schedules for the appliances, which can include countdown, scheduled on/off, and can thus, help customers maintain an easy life.
The mobile application eWeLink enables customers to control the appliances easily. The iOS version of the application can be downloaded in App Store while the Android version in Google Play.
Works With Amazon Alexa:
This product works with Amazon Alexa. You can ask Alexa to control the device with the following voice commands. Please note that only US/UK English and German voice commands are supported now.
Try out these phrases ( {deviceName} should be the name of your device):
Alexa, turn on {deviceName}
Alexa, turn off {deviceName}
Alexa, turn {deviceName} off
Alexa, turn {deviceName} on
Alexa, schalte Gerätename ein
Alexa, schalte Gerätename aus
For detailed tutorial, please click here.
Check out the amazing features of Sonoff below:
Package includes:Features:
Remote control the connected device on app from anywhere
Tracking real-time device status on app
Supports max 8 enabled schedule/countdown timers
Reserves GIPO to support secondary development
Works with Amazon Echo, Echo Dot, Amazon Tap
Works with Google Home, Google Home Mini, Google Nest
Works with IFTTT
Specifications:
Power supply: 5~24V
Weight: 3x15g
1 x DC 5V-24V DIY Wifi Wireless Switch Sonoff SV Module
1CH Channel DC5V 70MA Latching Relay Module Bistable (Bistable relay)
Description:
Working voltage: DC 5V
Working current: 70MA
Standby current: 1UA
Load current: AC 250V / 10A, DC 30V / 10A
Trigger mode: Low pulse trigger
Size: 35mm x 16mm x 18.5mm
Weight: 13.5 g
USE 1:
By default, the relay is released, press the trigger button, the relay pull, press again, the relay release, the third press, the relay pull, and so on.
USE 2:
By default, the relay is released, MCU output low-pulse(0.3-1seconds), the relay pull, low-pulse again, the relay release, the third low-pulse, the relay pull, and so on.
Module interface:
1. VCC: positive power supply (VCC)
2. GND: negative power supply (GND)
3. T: Low pulse trigger
Relay outputs:
1. NO: normally open relay interface
2. COM: Common Interface Relays
3. NC: normally closed relay interface
USE: By default, the relay is released, press the trigger button, the relay pull, press again, the relay release, the third press, the relay pull, and so on
Typical applications:
Automotive electronics
Motor
LED
Smart Home
Emergency lighting
MCU development board
Toy car
Package includes:
1 x Relay module
Working voltage: DC 5V
Working current: 70MA
Standby current: 1UA
Load current: AC 250V / 10A, DC 30V / 10A
Trigger mode: Low pulse trigger
Size: 35mm x 16mm x 18.5mm
Weight: 13.5 g
USE 1:
By default, the relay is released, press the trigger button, the relay pull, press again, the relay release, the third press, the relay pull, and so on.
USE 2:
By default, the relay is released, MCU output low-pulse(0.3-1seconds), the relay pull, low-pulse again, the relay release, the third low-pulse, the relay pull, and so on.
Module interface:
1. VCC: positive power supply (VCC)
2. GND: negative power supply (GND)
3. T: Low pulse trigger
Relay outputs:
1. NO: normally open relay interface
2. COM: Common Interface Relays
3. NC: normally closed relay interface
USE: By default, the relay is released, press the trigger button, the relay pull, press again, the relay release, the third press, the relay pull, and so on
Typical applications:
Automotive electronics
Motor
LED
Smart Home
Emergency lighting
MCU development board
Toy car
Package includes:
1 x Relay module
Four channel 5V DC Relay Module (4 channel relay)
Description:
Use this relay board with your Arduino, Raspberry Pi or your custom micro-controller projects!
Specifications:
- Each Relay has LED indication when ON
- SPDT Relays with terminal block outputs.
- Relay Coil voltage: 5 VDC
- Power Requirement: 5 VDC
- 10A 250V AC / 10A 30V DC
Contents:
- 1 x Four channel 5V DC Relay Module
Resources:
RTU5024 GSM Gate Opener Relay Switch Remote Access Control Wireless Door Opener (GSM gate relay)
Description:
The GSM Gate Opener RTU5024 is a powerful GSM relay that can be used for authorized door access, controlling gates, switching of remote equipment, and car parking systems. Additionally, it can also be used in places that require you to turn on/off your system, machines, or equipment remotely with a free call from your mobile phone.
Specifications:
GSM Frequency: Quad-band 850/900/1800/1900MHz (2G)
Digital Output: NC/NO dry contact, 3A/240VAC
DC Power Supply: 9-24VDC/2A
Power Consumption: 12V Input Max.50mA/Average 25mA
SIM Card: Support 3V SIM Card
Antenna: 50Ω SMA Antenna Interface
Temperature Range: -20~+60℃
Humidity Range: Relative Humidity 90%
Antenna Length: 3 Meters
Exterior Dimension: 82mm* 76mm* 27mm(L*W*H)
Features:
- Add or remove users by SMS Text command.
- The relay close or open time is programmable.
- It can be operated from anywhere, no distance limit.
- Quad-band can work in the worldwide GSM Networks.
- No need to provide a remote control or keys for different users.
- Secure, Using caller ID for identification, unknown callers are ignored.
- Up to 200 authorized phone numbers can be configured at the specified time.
- One output with relay rating 3A/240VAC for connecting the switch of the door or machines.
- Multiple applications. (gates, bollards, barriers, garage doors, shutters, and access doors or machines).
- The relay action will return an SMS confirmation to the owner or authorized call-in number, this function is editable by user.
- No call charges. the GSM GPRS Relay Switch rejects the call from authorized number then carries out the turn ON/OFF action on the first 'ring'.
Package Includes:
1 x RTU5024 GSM Gate Opener
1 x Magnetic Antenna (3 Meters)
Geekcreit® 12V 4CH Channel 433Mhz Wireless Remote Control Switch With 2 Remote transmitters (2 remote 4 relay)
Features:
It is a learning code wireless remote control switch (receiver), the output way /working way can be changed as you like, it is easy to match the transmitter. It has 4 Relays which can make the equipment turn or reverse, on/off and so on come true. The volume is small and the performance is stable and reliable, high receive sensitivity.
1. It covers application ranging from simple domestic remote control to autonomous control, like auto door, window, lifting equipment, entrance access, up and down controller, alarm system industrial control and security etc.
2. These remote controls are designed to control a wide variety of electronic devices with a wireless signal.
3. Extremely easy to set up and use.
4. Compatible with 2262 / 2260 / 1527 / 2240 etc chip and several code wireless remote control. So it can meet someone's need of choosing the wireless remote control as they like to work with it .
Instructions:
1. Press the learning code, the indicator flash, loosen your finger, press any button of the remote control, the indicator flash 2 times and off, it means you learn it successfully .
2. It can learn more than 12 PCS 2262 or 1527 chip with the different code wireless remote control.
3. remove/clean: press the learning button about 8 seconds , the indicator turn on to off, it means the information that you keep have been removed successfully.
Output working way:
1. Self-lock: connect the JP1 with the cutting out cap.
2. Jog: the cutting-out cap is non-occupation, JP1 and JP2 do not connect either.
3. Inter-lock: Connect the Jp2 with the Cutting out cap,
Jog: press one button is ON, loosen your finger on the same button is OFF (need one channel switch and one buttons remote control).
Self -lock: press one button for one time is ON, press the same button again is OFF (need one channel switch and one buttons remote control).
Inter-lock: press one button is ON, press another button is OFF (need one channel switch and 2 buttons remote control).
Receiver:
1. Working voltage: DC12V
2. Quiescent condition: Less than 6mA
3. Working temperature: -40°c+80°c
4. Receiver sensitivity: more than -105dBm
5. Working frequency: 433mhz
6. Output voltage: DC and AC is optional
7. Output current: Less than 3A
8. Max load current: 10A
9. Dimensions: 72 x 52 x 26mm
Remote control transmitter:
1. Remote Distance: 200M
2. Operating Voltage: DC 12V
3. Frequency: 433mhz
4. Operating Current: 13 mAh
5. Code Type: Fixed code / Learning code
6. Dimensions: 58 x 39 x 14mm
Relay ratings:
DC 14V 20A or AC 125V 20A
Package included:
2 x Transimitter
1 x Receiver
It is a learning code wireless remote control switch (receiver), the output way /working way can be changed as you like, it is easy to match the transmitter. It has 4 Relays which can make the equipment turn or reverse, on/off and so on come true. The volume is small and the performance is stable and reliable, high receive sensitivity.
1. It covers application ranging from simple domestic remote control to autonomous control, like auto door, window, lifting equipment, entrance access, up and down controller, alarm system industrial control and security etc.
2. These remote controls are designed to control a wide variety of electronic devices with a wireless signal.
3. Extremely easy to set up and use.
4. Compatible with 2262 / 2260 / 1527 / 2240 etc chip and several code wireless remote control. So it can meet someone's need of choosing the wireless remote control as they like to work with it .
Instructions:
1. Press the learning code, the indicator flash, loosen your finger, press any button of the remote control, the indicator flash 2 times and off, it means you learn it successfully .
2. It can learn more than 12 PCS 2262 or 1527 chip with the different code wireless remote control.
3. remove/clean: press the learning button about 8 seconds , the indicator turn on to off, it means the information that you keep have been removed successfully.
Output working way:
1. Self-lock: connect the JP1 with the cutting out cap.
2. Jog: the cutting-out cap is non-occupation, JP1 and JP2 do not connect either.
3. Inter-lock: Connect the Jp2 with the Cutting out cap,
Jog: press one button is ON, loosen your finger on the same button is OFF (need one channel switch and one buttons remote control).
Self -lock: press one button for one time is ON, press the same button again is OFF (need one channel switch and one buttons remote control).
Inter-lock: press one button is ON, press another button is OFF (need one channel switch and 2 buttons remote control).
Receiver:
1. Working voltage: DC12V
2. Quiescent condition: Less than 6mA
3. Working temperature: -40°c+80°c
4. Receiver sensitivity: more than -105dBm
5. Working frequency: 433mhz
6. Output voltage: DC and AC is optional
7. Output current: Less than 3A
8. Max load current: 10A
9. Dimensions: 72 x 52 x 26mm
Remote control transmitter:
1. Remote Distance: 200M
2. Operating Voltage: DC 12V
3. Frequency: 433mhz
4. Operating Current: 13 mAh
5. Code Type: Fixed code / Learning code
6. Dimensions: 58 x 39 x 14mm
Relay ratings:
DC 14V 20A or AC 125V 20A
Package included:
2 x Transimitter
1 x Receiver
Mini 5V DC Power Relay SRU-05V 5 Pin PCB Type (pcb relay blue single)
Features:
Simple relay magnetic circuit to meet low cost of mass production
Specifications:
Model: SRD-5VDC-SL-C
Coil voltage: DC 5V
Coil resistance: 70Ω ~ 80Ω
Contact resistance: 100Ω Max
Operation time: 10msec Max
Release time: 5msec Max
Ambient temperature: -25°C to 70°C
Operating humidity: 45 to 85%RH
Operating current: 43mA ~ 46mA
Release current: 15mA ~ 18mA
Pin: 5Pin
Insulation resistance: ≥100M (Ohm)
Dielectric strength:
Between coil & contacts: AC 1500V 50HZ ~ 60HZ/min
Between contacts: AC 1000V 50HZ ~ 60HZ/min
Rated load:: 10A 250V AC / 10A 125V AC / 10A 30V DC / 10A 28V DC
Size: 1.8 x 1.5 x 1.6cm (L x W x H)
Package includes:
1 x SRD-5VDC-SL-C 5V Power Relay
Simple relay magnetic circuit to meet low cost of mass production
Specifications:
Model: SRD-5VDC-SL-C
Coil voltage: DC 5V
Coil resistance: 70Ω ~ 80Ω
Contact resistance: 100Ω Max
Operation time: 10msec Max
Release time: 5msec Max
Ambient temperature: -25°C to 70°C
Operating humidity: 45 to 85%RH
Operating current: 43mA ~ 46mA
Release current: 15mA ~ 18mA
Pin: 5Pin
Insulation resistance: ≥100M (Ohm)
Dielectric strength:
Between coil & contacts: AC 1500V 50HZ ~ 60HZ/min
Between contacts: AC 1000V 50HZ ~ 60HZ/min
Rated load:: 10A 250V AC / 10A 125V AC / 10A 30V DC / 10A 28V DC
Size: 1.8 x 1.5 x 1.6cm (L x W x H)
Package includes:
1 x SRD-5VDC-SL-C 5V Power Relay
Raspberry Pi 8-channel Relay Expansion Board with DIN rail mounting brackets (DIN rail relay board)
Please note: Raspberry Pi is not included
Dimensions
Please note: Raspberry Pi is not included
Overview
The RPi Relay Board (B) is an expansion board with 8-ch relays for Raspberry Pi. It gives your Pi the ability to control high voltage products such as home appliances.
Features
- Supports Raspberry Pi A+/B+/2B/3B/3B+
- High quality relays, loads up to 5A 250V AC or 5A 30V DC
- Photo coupling isolation, prevent interference from high voltage circuit
- Standard rail mount bottom case
- Onboard LEDs for indicating relays status
- Relay control pin selection jumper, allows to control the relays by custom pins other than the default pins
- Reserved control Interface, allows to work with controllers like PLC
- Comes with development resources, including examples in wiringPi, bcm2835, python, python-bottle (webpage control), and crontab (cron job)
Specifications
- Power supply voltage: 5V
- Trigger signal: 3.3V/5V
- Relay channels: 8-ch
- Contact form: SPDT-NO,NC
- Closed current: 6mA (per channel)
- Connector: screw terminal block
- Dimension: 232 × 72 (mm)
- Mounting hole size: 3.0mm
Dimensions
Development Resources
Solid State Relay SSR-50DA 3-32VDC 50A/250V Output 24-380VAC w/ Cover (3-32V relay solid state)
Specification:
Package Includes:
1 X 50A SSR-50DA Solid State Relay With Cover
Datasheet available at https://cdn.sparkfun.com/datasheets/Components/General/SSR40DA.pdf
Depending on how hard your relay works, you might want to add a heat sink to it.
Q:During continuity testing with my multimeter why does my relay on the AC side not switch on?
A: The below info was found at http://www.crydom.com/en/tech/newsletters/solid%20statements%20-%20bench%20test%20an%20ssr.pdf
A multimeter determines impedance by injecting a small amount of voltage through it's probes into the circuit being tested. It then measures the current flowing through the probes and calculates resistance. Easy enough; Resistance = Voltage / Current! However, as we just discussed above, a solid state relay’s output turns on by “stealing” a bit of voltage from the AC mains in order to supply current to the gate of the SCRs. Simply put, if the AC mains is not connected to the relay then the output cannot turn on. Since the voltage and current produced by a multimeter is not sufficient enough to turn on the SCRs, the output of a solid state relay will remain in the off state; even with the input signal applied. As a result, SSRs will sometimes fail an incoming inspection because the engineer expects to see a significant change in the output impedance when they turn on the relay.The most effective way to bench test a solid state relay is to construct a simple test circuit consisting of a DC power supply or battery (a 9Vdc battery will work fine in most cases ) and a 60W or 100W light bulb.
| Size | 62mm(L)x44mm(W)x23mm(H) |
| Input Voltage (Trigger) | DC 3-32V |
| Output Voltage(Line) | AC 24-380V |
| Output Current(Line) | 50 A |
| On Voltage | ≤1V |
| On-Off Time | ≤10ms |
| Off Leakage Current | ≤2mA |
| Transparent Lid Included | Yes |
Package Includes:
1 X 50A SSR-50DA Solid State Relay With Cover
Datasheet available at https://cdn.sparkfun.com/datasheets/Components/General/SSR40DA.pdf
Depending on how hard your relay works, you might want to add a heat sink to it.
Q:During continuity testing with my multimeter why does my relay on the AC side not switch on?
A: The below info was found at http://www.crydom.com/en/tech/newsletters/solid%20statements%20-%20bench%20test%20an%20ssr.pdf
A multimeter determines impedance by injecting a small amount of voltage through it's probes into the circuit being tested. It then measures the current flowing through the probes and calculates resistance. Easy enough; Resistance = Voltage / Current! However, as we just discussed above, a solid state relay’s output turns on by “stealing” a bit of voltage from the AC mains in order to supply current to the gate of the SCRs. Simply put, if the AC mains is not connected to the relay then the output cannot turn on. Since the voltage and current produced by a multimeter is not sufficient enough to turn on the SCRs, the output of a solid state relay will remain in the off state; even with the input signal applied. As a result, SSRs will sometimes fail an incoming inspection because the engineer expects to see a significant change in the output impedance when they turn on the relay.The most effective way to bench test a solid state relay is to construct a simple test circuit consisting of a DC power supply or battery (a 9Vdc battery will work fine in most cases ) and a 60W or 100W light bulb.
Aluminum Alloy Heat Sink For Solid State Relay SSR Heat Dissipation (SSR relay heat sink)
Description:
Brand new and high quality.
New heat sink for solid state relay SSR
Aluminium alloy
Come with a aluminum heat sink provides long lasting usage, it will help dissipate the heat and protect your relay.
Solid State Relay ideal for automatic process control application, a must component for temperature controller and other machinery control system.
Specification:
Materail: Aluminium alloy.
Size:Roof:50mm x 60mm.Foot:80mm x 50mm.
Height:43mm.
Weight:96g
Compatible with:Designed specially for single phase solid state relay.
Color :Silver
Package includes:
1 x Solid state relay heat sink
Brand new and high quality.
New heat sink for solid state relay SSR
Aluminium alloy
Come with a aluminum heat sink provides long lasting usage, it will help dissipate the heat and protect your relay.
Solid State Relay ideal for automatic process control application, a must component for temperature controller and other machinery control system.
Specification:
Materail: Aluminium alloy.
Size:Roof:50mm x 60mm.Foot:80mm x 50mm.
Height:43mm.
Weight:96g
Compatible with:Designed specially for single phase solid state relay.
Color :Silver
Package includes:
1 x Solid state relay heat sink
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