O'SKOOL Wireless Electrical Outlet Switch for Dust Collection - Transmitter 120V Plug (PTA15)

The O'SKOOL Wireless Transmitting and Receiving Electrical Outlet Switch represent a significant leap in workshop technology. Their seamless operation, safety features, and compatibility with a range of tools make them a must-have for any workshop enthusiast. Embrace automation, save time, and create a more comfortable work environment with this revolutionary system.

The PTA15(Wireless Electrical Outlet Switch-Transmitter 120V Plug) is an integral component designed to be paired with PTA16 or PTA17. 
Together, PTA15, when combined with PTA16 (Wireless 120V Transmitting and 120V Receiving Switch) or PTA17 (Wireless 120V Transmitting and 220V Receiving Switch), transforms your workshop's power tools and dust collector into a seamlessly automated system. For instance, activating a power tool simultaneously triggers the operation of lamp, the dust collector, and more, providing an integrated and efficient workshop experience.

Improve Workshop Efficiency with Remote Control

1. Saving Time with Automation
   The primary advantage lies in the seamless synchronization between the transmitter and receiver sockets. When a tool connected to the transmitter socket starts, the dust collector of the receiver socket initiates simultaneously. This automation eliminates the need for manual intervention, saving valuable time and effort.
2. Standalone Voltage Outlets for Safety
   The inclusion of standalone voltage outlets enhances safety measures. These outlets become a reliable option for powering devices across various settings, ensuring a secure operating environment for users.
3. Comfortable Work Environment
   The Transmitting Port's wireless signal activates the Vacuum Port, streamlining the dust collection process. After tool operation ceases, the vacuum continues running briefly to clean the hose, contributing to a more comfortable and efficient work environment.

Unveiling the Components

1. Transmitter 120V 
   The set includes a 120V transmitter switch with a 4.92' power cord for versatile placement. The installation instructions provided ensure a hassle-free setup, making it accessible for users of all levels.
2. High-Quality Materials
   Ensuring safety is paramount, and O'SKOOL doesn't disappoint. The switches boast a UL-certified American standard 3-pin AC power socket, coupled with a flame-retardant PA-765 material shell. The use of UL-listed US Standard 14AWG Power Cord guarantees reliability in every operation.

   

    

3. Compatibility and Range
   Versatility is a key feature, as these switches can be employed with a range of appliances, including vacuum cleaners, dust collectors, power feeds, and work lamps. The impressive 160 feet wireless range eliminates the need for constant proximity, providing freedom and flexibility in workshop layout.

Using the O'SKOOL Wireless Electrical Outlet Switch is easy!!

Using the Wireless Electrical Outlet Switch is a breeze. Connect the power tools to the Transmitting Port, and enjoy the freedom to control the dust collector from any corner of the workshop.

Operational Recommendations

To ensure optimal performance:

1. When the dust collector/vacuum is connected to the Receiving Port, it cannot be turned on by itself . To turn it on, you will have to turn on the device connected to the Transmitting Port.

2. Avoid turning on and off the device connected to the Transmitting Port in a short period of time. If you have to do it, please give it a 5 seconds of time span.

3. The current of the power tool under the Transmitting Port has to be higher than 0.4 Amp, otherwise, the Transmitting Port won’t send out the “ON” signal to the Receiving Port.

4. The appliances rated for over 15 Amps should not be connected to this Wireless Vacuum Switching System.

5. For safety reasons, do not plug the power tool into the Receiving Port.

Troubleshooting and Optimization

Signal Interference

Metal objects may absorb and block the signal, causing inconsistent results in signal transmission. Please avoid placing large metal objects between the Transmitting and Receiving Ports. Changing the position and orientation of both switches can improve data reception when the Receiving Port is not responsive.

The following situations might happen when you have plural Wireless Vacumm Switches within the wireless range of 160 feet.

● When there are plural Receiving Ports in the wireless range, all Receiving Ports will turn on after turning on the power tool connected to a Transmitting Port.

● When plural power tools connected to the Transmitting Ports are on, the Receiving Port(s) will only stop supplying power after turning off all power tools connected to the Transmitting Ports.

Power Specifications-The Workshop Dust Collection switches are designed for specific power ratings:
120 volts AC. Transmitting Port >> Max. motor rating should not exceed 120V, 15A,60Hz, 1800W.

RF Reception Frequency
The switches operate on a reliable 433 MHz RF reception frequency, ensuring stable and interference-free communication.

Maximum Instantaneous Current
With a maximum instantaneous current of 20 A, these switches can handle the demands of various power tools.

The Wireless Electrical Outlet Switch transmitter can control the switch of the dust collector. When there are multiple Switches within the control distance, please confirm whether they all need to be turned on at the same time.

FAQ:

1. Can I use multiple transmitters simultaneously?
   Yes, multiple transmitters can be used simultaneously.
2. Is it safe to plug power tools into the Receiving Port?
   No, for safety reasons, power tools should be connected to the Transmitting Port, not the Receiving Port.
3. How do I avoid signal interference?
   Avoid placing large metal objects between the Transmitting and Receiving Ports. Adjusting switch positions can improve signal reception.
4. Can I operate the dust collector independently?
   No, the dust collector connected to the Receiving Port can only be activated by turning on the device connected to the Transmitting Port.
5. What should I do if the Receiving Port is unresponsive?
   If the Receiving Port is unresponsive, try changing the position and orientation of both switches for better signal reception.