2015年11月18日星期三
2015年11月15日星期日
How to remote control compressor, blower and pump?
I am looking to convert a keyed rotary switch with a remote control switch. The switch has 4 positions, position 1 is all Off. Position 2 lower (turns on compressor) Position 3 Raise (turns on a blower) and Position 4 Drain (turns on a pump). These are turned on individually not all at the same time. The voltage required to power the remote control is AC220V. No current is required to power the devices. The relays are basically open or closed. I would like a 4 channel RF product so I have one channel spare. Can you assist me with what product suits this please.
According to the descriptions from this customer, we recommend him 4 CH Relay output long range waterproof case wireless remote control kit 0020450 (S4PU-AC220-ANT3+1CB-4). Set the receiver S4PU-AC220-ANT3 with Latched mode, then connect compressor to relay 2 in the receiver, connect blower to relay 3 in the receiver, connect pump to relay 4 in the receiver. This remote control kit is composed of a 4-channel receiver and 4-button transmitter that can be used in agriculture automation, industry automation, and home automation. It can control products on land, water and air, especially in a long distance, such as business signs, motorboat, farm, pasture, offshore unmanned operation, field call, remote security alarm, unmanned aerial vehicle, etc. Connected the compressor to the relay 1 of the 4 CH receiver, connect the blower to relay 2 of the 4 CH receiver, connect the pump to the relay 3 of the 4 CH receiver.
There are some remarkable characteristics of this 4 CH Relay output long range waterproof case wireless remote control kit.
Waterproof Function: The 4 channel receiver has waterproof connector and waterproof shell/case, so it can be installed outside.
Working Distance: With external telescopic antenna, this remote control kit can have further working distance. The working distance of the kit can reach 2000m in an open ground. If you stretches the external telescopic antenna, it can have a further working range.
Relay Output: The 4 CH receiver is relay output that can be used to operate both DC and AC equipments. The terminal is NO / NC (normally open / normally closed), which serves as a switch. That means you should also connect a separate power supply to it.
Power Output: Each relay output can work at maximum current 30A. The maximum power of the device is 3000W/110V, 6000W/220V. So it also can be used in agriculture and industry automation, such as long range and high power remote control devices.
Input control terminals: The receiver has four input control terminals, you can connect external devices, sensors, or manual switches to these terminals to control the outputs of receiver.
Three Control Modes: The 4 channel receiver has toggle / momentary / latched working control modes. We use latched control for 4 positions keyed rotary switch.
How to set working control mode?
Set toggle control mode (Press -> On; Press again -> Off): Only connect Jumper-2
Set momentary control mode (Press and hold -> On; Release -> Off): Only connect Jumper-1
Set latched control mode (Press -> On, other relays Off; Press other button -> Off): Disconnect Jumper-1 and Jumper-2
![ZEBFZYY8V6Y[]JE(IXS]1AD](http://www.carymart.com/blog/wp-content/uploads/2015/11/ZEBFZYY8V6YJEIXS1AD-300x300.jpg)
We use 3 lamps to instead the compressor, blower and pump. Now let’s change the keyed rotary switch to remote control switch.
Material Preparation:
Receiver: S4PU-AC220-ANT3
Transmitter: CB-4
3 Lamps
A keyed Rotary Switch
Some Lines
The Wring Diagram:
Just as the following pictures. Connect 3 lamps and 4 positions keyed rotary switch to the 4 Ch receiver. The black wire of the 3 lamps is connected and connect the other black wire to terminal “-“. Connect the red wire of 3 lamps respectively to terminal “A” of relay 1, relay 2 and relay 3. Connect red wire and black wire of the plug respectively to “+” and “-“ of the power. Please note that the red wire used to control lamp1 (compressor) should be connected to terminal A of the relay 1, the red wire used to control lamp2 (blower) should be connected to terminal B of the relay 2, the red wire used to control lamp2 (pump) should be connected to terminal B of the relay 3. The red wire used to turn off the equipments should be connected to terminal B of the relay 3.
Operation:
Press button A of the transmitter, the lamp 1 turns on.
Press button B of the transmitter, the lamp 1 turns off and the lamp 2 turns on.
Press button C of the transmitter, the lamp 2 turns off and the lamp 3 turns on.
Press button D of the transmitter, turn off all of the lamps.
Online shop: http:www.carymart.com
According to the descriptions from this customer, we recommend him 4 CH Relay output long range waterproof case wireless remote control kit 0020450 (S4PU-AC220-ANT3+1CB-4). Set the receiver S4PU-AC220-ANT3 with Latched mode, then connect compressor to relay 2 in the receiver, connect blower to relay 3 in the receiver, connect pump to relay 4 in the receiver. This remote control kit is composed of a 4-channel receiver and 4-button transmitter that can be used in agriculture automation, industry automation, and home automation. It can control products on land, water and air, especially in a long distance, such as business signs, motorboat, farm, pasture, offshore unmanned operation, field call, remote security alarm, unmanned aerial vehicle, etc. Connected the compressor to the relay 1 of the 4 CH receiver, connect the blower to relay 2 of the 4 CH receiver, connect the pump to the relay 3 of the 4 CH receiver.
There are some remarkable characteristics of this 4 CH Relay output long range waterproof case wireless remote control kit.
Waterproof Function: The 4 channel receiver has waterproof connector and waterproof shell/case, so it can be installed outside.
Working Distance: With external telescopic antenna, this remote control kit can have further working distance. The working distance of the kit can reach 2000m in an open ground. If you stretches the external telescopic antenna, it can have a further working range.
Relay Output: The 4 CH receiver is relay output that can be used to operate both DC and AC equipments. The terminal is NO / NC (normally open / normally closed), which serves as a switch. That means you should also connect a separate power supply to it.
Power Output: Each relay output can work at maximum current 30A. The maximum power of the device is 3000W/110V, 6000W/220V. So it also can be used in agriculture and industry automation, such as long range and high power remote control devices.
Input control terminals: The receiver has four input control terminals, you can connect external devices, sensors, or manual switches to these terminals to control the outputs of receiver.
Three Control Modes: The 4 channel receiver has toggle / momentary / latched working control modes. We use latched control for 4 positions keyed rotary switch.
How to set working control mode?
Set toggle control mode (Press -> On; Press again -> Off): Only connect Jumper-2
Set momentary control mode (Press and hold -> On; Release -> Off): Only connect Jumper-1
Set latched control mode (Press -> On, other relays Off; Press other button -> Off): Disconnect Jumper-1 and Jumper-2
![ZEBFZYY8V6Y[]JE(IXS]1AD](http://www.carymart.com/blog/wp-content/uploads/2015/11/ZEBFZYY8V6YJEIXS1AD.jpg)
We use 3 lamps to instead the compressor, blower and pump. Now let’s change the keyed rotary switch to remote control switch.
Material Preparation:
Receiver: S4PU-AC220-ANT3
Transmitter: CB-4
3 Lamps
A keyed Rotary Switch
Some Lines
The Wring Diagram:
Just as the following pictures. Connect 3 lamps and 4 positions keyed rotary switch to the 4 Ch receiver. The black wire of the 3 lamps is connected and connect the other black wire to terminal “-“. Connect the red wire of 3 lamps respectively to terminal “A” of relay 1, relay 2 and relay 3. Connect red wire and black wire of the plug respectively to “+” and “-“ of the power. Please note that the red wire used to control lamp1 (compressor) should be connected to terminal A of the relay 1, the red wire used to control lamp2 (blower) should be connected to terminal B of the relay 2, the red wire used to control lamp2 (pump) should be connected to terminal B of the relay 3. The red wire used to turn off the equipments should be connected to terminal B of the relay 3.
Operation:
Press button A of the transmitter, the lamp 1 turns on.
Press button B of the transmitter, the lamp 1 turns off and the lamp 2 turns on.
Press button C of the transmitter, the lamp 2 turns off and the lamp 3 turns on.
Press button D of the transmitter, turn off all of the lamps.
Online shop: http:www.carymart.com
2015年11月11日星期三
Long range remote control well pump
We are looking for a wireless remote switch for our well pump at our cabin and I am wondering if one of your products could fit our needs. So quickly, our cabin is situated about 3/4 km from our water well pump. It’s pretty hilly and has trees in the way too. There is electricity at the pump head and right now we have to manually flick a on/off switch at the pump which is filling up the cistern in the house. Right now there is a timer at the pump which we can set so we don’t flood the house if we forget to flick it off. Ideally we would like to have a floating system in the cistern that would tell the pump to turn on/off wirelessly and when low/full or just having start for a small amount of time when low. I added a picture to the email to give you a better idea. Let me know if it's something you can help us with.
According to the description and picture from this customer, we recommend him to choose model: 0020525. It is an automatic water pumping system.
There are some remarkable characteristics of this new product. We add external extend antenna which makes the transmitting distance of this system as long as 3000m. There are two operation methods of this remote controller. The first method is to control water pump motor with manual controller. The second method is to control water pump motor automatically by two mini water level sensors.
The manual operation is fairly easy. When pressing the big button of the transmitter, CB-2, the “ON” signal will be sent to the receiver. The receiver will instruct water pump motor to pump water into the tank. When pressing the small button of the transmitter, CB-2, the “OFF” signal will be sent to the receiver. The receiver will instruct water pump motor to stop pumping water.
Pumping water automation by water level sensors is the highlight of this product. The key technology is the transmitter, CB-2N-2, which is designed to have 3 external wires. We named them wire 1, wire 2 and wire 3. The three wires will be connected to two mini water level sensors.
Let’s show you how it works.
First step, it is installation.
Put the water level sensor 1 downwards and install at the low water level position; Put the water level sensor 2 upwards and install at the high water level position.
Two wires of the water level sensor 1 are connected to wire 1 and wire 3 of transmitter CB-2N-2.
Two wires of the water level sensor 2 are connected to wire 2 and wire 3 of transmitter CB-2N-2.
Motor should be connected to A&B terminal and L&N terminal of receiver S1PUA-AC220-ANT2.
Second step:
When water reaches the low water level, two wires of the water level sensor 1 is connected and the transmitter is triggered. The transmitter will send an ‘ON”’ signal to the receiver. The receiver will instruct the water pump motor to pump water into the tank.
When water reaches the high water level, two wires of the water level sensor 2 is connected and the transmitter is triggered. The transmitter will send an “OFF” signal to the receiver. The receiver will instruct the water pump motor to stop pumping water.
Online shop: www.carymart.com
According to the description and picture from this customer, we recommend him to choose model: 0020525. It is an automatic water pumping system.
There are some remarkable characteristics of this new product. We add external extend antenna which makes the transmitting distance of this system as long as 3000m. There are two operation methods of this remote controller. The first method is to control water pump motor with manual controller. The second method is to control water pump motor automatically by two mini water level sensors.
The manual operation is fairly easy. When pressing the big button of the transmitter, CB-2, the “ON” signal will be sent to the receiver. The receiver will instruct water pump motor to pump water into the tank. When pressing the small button of the transmitter, CB-2, the “OFF” signal will be sent to the receiver. The receiver will instruct water pump motor to stop pumping water.
Pumping water automation by water level sensors is the highlight of this product. The key technology is the transmitter, CB-2N-2, which is designed to have 3 external wires. We named them wire 1, wire 2 and wire 3. The three wires will be connected to two mini water level sensors.
Let’s show you how it works.
First step, it is installation.
Put the water level sensor 1 downwards and install at the low water level position; Put the water level sensor 2 upwards and install at the high water level position.
Two wires of the water level sensor 1 are connected to wire 1 and wire 3 of transmitter CB-2N-2.
Two wires of the water level sensor 2 are connected to wire 2 and wire 3 of transmitter CB-2N-2.
Motor should be connected to A&B terminal and L&N terminal of receiver S1PUA-AC220-ANT2.
Second step:
When water reaches the low water level, two wires of the water level sensor 1 is connected and the transmitter is triggered. The transmitter will send an ‘ON”’ signal to the receiver. The receiver will instruct the water pump motor to pump water into the tank.
When water reaches the high water level, two wires of the water level sensor 2 is connected and the transmitter is triggered. The transmitter will send an “OFF” signal to the receiver. The receiver will instruct the water pump motor to stop pumping water.
Online shop: www.carymart.com
2015年11月10日星期二
2015年11月6日星期五
12VDC 6-Button Transmitter for 6 Water Motorbikes
Question from customer:
I would like to find a solution to control 6 water motorbikes (12 V). The idea is that from the beach, I am able to shut down the switch of a user that is getting wild or getting to close to danger. So the longest the control distance is much better.
Answer:
We recommend six 12VDC direct power output receivers (S1XB-DC12-ANT2) with the long distance remote (CB-6). Input power and output power of receiver are same as dc 12v. So it is easy for wiring. The receiver can use the water motorbike’s battery to operate and controlled water motorbike also can get power through receiver. The usage is also very simple. There are 3 working modes setting in the remote control. They are toggle, momentary and latched. But as for you, you have to use toggle mode. Press button, turn on device; Press button again, turn off device.
Working distance of remote and receiver set is 2000m (6000ft) in open field if we add external extended antenna in it.
Controlling 6 water motorbikes , you need 6 receivers. Wire each water motorbike’s motor to each receiver as the following picture shown.
When any of water motorbikes is getting wild or getting to close to danger, you can press any button to stop any of them to prevent from accidents. What’s more, it is the long range remote control which can help you control water motorbikes long distance.
Online shop: www.carymart.com
Hidden TV Set Panels is Controlled by iOS Phone WIFI Controller
Keep from mositure or dust, we usually use slide panels to protect TV set, you can use our utility Smartphone WIFI Controller to open or close slide panels. WLAN WIFI is extensively used nowadays, so we combine remote controller with WIFI network to make useful sort of product. If you use this WIFI controller, only to use your cell phone as a transmitter, you can control your device within a reliable distance with WLAN.
It is applied in smart home, instruments, equipment control and modern agriculture field. WIFI remote controller controls many kinds of lights, motors, fans, electric doors/windows, aircraft, cars components, toys, rolling blinds, water pumps, winches or other electric devices with voltage AC110~240V or DC0~28V by its normally open and closed terminals.
This WIFI controller supports both 2.1 ~ 4.0 version Android software system and 4.6 ~ 6.1 version iOS software system. And we’d like introduce how to control DC motor under the iOS system. This controller works on the jailbroken iPhone, iPad, iPod Touch. Let’s see the procedure.
Here is the wiring diagram and picture. Motor is connected to common terminal ”B”. And normally open terminal“C” is connected to positive wire. Normally closed terminal “A” is connected to negative wire.
After finishing wiring, we switch on power. The LEDs of “Power”, “Ready” and “Link” are on one by one. We begin to operate.
After wireless network connection, press the icon of WIFI Controller software to turn on it.
There are 3 modes in common use. They are toggle, momentary and latched. But we usually use momentary for motor controlling.
Press and hold button 1, it is the motor’s positive rotation. Release button 1, it is motor’s stop.
Press and hold button 2, it is the motor’s reverse rotation. Release button 2, it is motor’s stop.
Video:
[youtube]http://www.youtube.com/watch?v=DdwwR96LP_Y&feature=youtu.be[/youtube]
Online shop: www.carymart.com
Long Range Control Hot Water Pump with Time Delay
Question from customer:
I want to use one device to turn on a hot-water circulator in my home for 15 minutes&then have it automatically turn off. I live in a 2 story wood home&the hot-water circulator is in the basement-maybe a distance of about 30 ft away through drywall&wood flooring. Will it work over this distance? Would I need to order a telescopic antenna?
Answer:
We think this product may be suitable for you– 1 channel ac delayed remote unit (0020483 S1DA-AC220-ANT2+CB-2). This kind of remote unit is with time delay timer, which you can adjust time according to your requirement. With external extend magnetic antenna, working distance of transmitter and receiver will reach 2000m/6000ft (theoretically).So you don’t have to order telescopic antenna.
Wiring program is as follow:
We connect delayed remote unit to circulator pump. The receiver is relay output (normally open and normally closed). Power supply for the receiver and the water pump are different. That means it will not cause electromagnetic interference during water pump operation.
Operation:
Press big button: Turn on relay (connect B and C, disconnect A and B). After delay time: Turn off relay by itself (disconnect B and C, connect A and B). Press small button: Turn off relay immediately, no need to wait for delay time.
Press buttons of “＋” and “－” on the timer, adjust delay time from 0 second to 99 hours. “H” is Hour, “M” is Minute, and “S” is Second. As your requirement, you can set “M 1 5”, it means the delay time is 15 minutes. After working for 15 minutes, it will be off automatically. Then the circulator pump stops pumping.
Online shop: www.carymart.com
How to Remote Control Winch Motor Up and Down
One of our customers wanted to have a remote control kit to replace his manual switch bar to control his winch motor running up and down. This is his original wiring diagram. AC 110V will input via white wire and black wire. Through converter, AC 110V will be converted to direct current. In the violet circle, this is the manual switch control area. He has to use control switch bar to control winch motor up and down. He thought that it is inconvenient to him. So he wondered if there is a favorable remote controller for him to solve this problem.
We recommend him a 2 Channel 30A remote control kit(S2U-AC220+C-3) which features in 30A high power current. It controls lights, motors, fans, electrically operated doors/locks/windows/blinds/cars or other appliances with voltage AC110~240V or DC0~28V which is normally open and closed contact.
Our thought is that the red circle part in the following picture will be replaced by our RF receiver.
So we drew a wiring diagram. The Black and Red wires (picture above )will be connected to terminals C and terminals B on relay 1&relay 2 respectively. White and Brown wires(picture above) will be wired to Motor.
There are 4 controlling modes for your reference. They are toggle, momentary, latched, momentary + toggle. As for motor controlling, we suggest momentary mode.
Setting control mode Momentary: Only connect Jumper-1.
Control mode Momentary: Press and hold -> On; Release -> Off.
Press and hold button A of remote: Turn on relay 1, motor runs up.
Release button A: Turn off relay 1, motor stops.
Press and hold button B of remote: Turn on relay 2, motor runs down.
Release button B: Turn off relay 2, motor stops.
Online shop: www.carymart.com
2015年11月5日星期四
Motor Rotation in Positive and Reverse Direction
We are going to demonstrate that our 30 A high power remote controller controls high power motor to rotate in positive and reverse direction.
This kind of controller is activated by dc 12v power supply with 30 A current output of each relay. It is very favorable for high power device. It also has four working modes including toggle mode, momentary mode, latched mode as well as momentary + toggle mode.
First of all, let’s see material preparation.
1 x 2 channel dc high power remote control receiver (S2PU-DC12)
1 x 2-button remote transmitter(C-2)
2 x dc12v power adapters
Some lines
Secondly, see the wiring diagram below, B is normally open terminal; C is normally closed terminal and A is common terminal. Connect terminal C to the positive and connect terminal B to the negative. Terminal A is supposed to be connected to the motor.
Note: The Power supply of receiver and motor must be provided individually in order to avoid interference between them.
Switch on the power
Operation:
Press and hold button 1, the motor rotates in positive direction; Release button 1, motor stops rotating.
Press and hold button 2, the motor rotates in reverse direction; Release button 2, motor stops rotating.
Short Video:
[youtube]http://www.youtube.com/watch?v=17pF9ZpMpwM&feature=youtu.be[/youtube]
Online shop: www.carymart.com
A Easy Way to Control High Current Load Motor Remotely
Reversing dc motor can be applied to rolling blinds / doors, projection screens, awnings. Pumps, winches, conveyors or other high power electrical appliances and equipment can be run by ac high current load motor.But how to remote control the high current load motor? Under this circumstance, we usually adopt contactor to help starting when we try to start high current load motors. A contactor is an electrically controlled switch used for switching a power circuit, similar to a relay except with higher current ratings. Contactors are heavy-duty with overload protection devices used for switching electric motors, lighting ,heating, capacitor banks , and other electrical loads.
Here take ac high power motor for example.
Firstly you need to prepare:
1 x 1 channel receiver in ac 220v (specially design for motor forward and reverse rotation)
1 x 4 buttons transmitter
2 x contactors
AC power supply
Some lines
The motor controller contains one transmitter and one receiver.
It features forward-reverse-stop capability. You can rotate the motor in forward or reversal direction by transmitter from any place within a reliable distance; wireless signal pass through walls, floors and doors.
Wiring:
Two contactors will act as a bridge between remote controller and high power motor to help activate high power motor to rotate in positive and reversal position.
Operation:
Press button ▲ on remote: Motor rotates continuously in positive direction.
Press button ■ on remote: Stop the motor.
Press button ▼ on remote: Motor rotates continuously in reversal direction.
Press button ■ on remote: Stop the motor.
Online shop: www.carymart.com
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