To help reduce energy waste and improve efficiency.
For lighting management
To manipulate home appliances
DIY module of time switch to offer convenient way of application
Normal Mode - Programmable up to 7 channels to switch on/off in a day
Cycle Mode - Sequentially and intermittently switch on/off
Combination Mode – normal and cycle mode combination as the graphic shown below:
Once installed, time switches can create a normal daily fixed schedule (e.g., active every day from 6 a.m. to 8 p.m.) or a cyclic on/off interval (e.g., active for 90 minutes on, and next 90 minutes off) or a combination of the above two mold to help optimize how and when energy is used.
VOSCA is an experienced OEM/ODM manufacturer of time switch module. Our timer switch module, switch timer and programmable timer have a reputation for being durable, reliable and on the cutting edge of both technology and design. VOSCA provides time switch module and switch timer with high quality and reasonable price. Let VOSCA be a main partner to help you make time switch module for your own application.
This On/Off time switch module operated with 3.6 VDC and connected with I/O14 pins. It can be adapted to electrical appliance easily. The pin #11 is a output pole providing level signal to dominate the power ON/Off of electrical power through a relay.
It has two power input lines and one control signal output line. The power supply voltage is + 1.5V DC. The maximum range that can be set for the countdown is 99 hours and 59 minutes. It is suitable for power control of various electrical appliances or equipment.
It has two power input lines and one control signal output line. The power supply voltage is + 1.5V DC. The maximum range that can be set for the countdown is 9999 minutes. It is suitable for power control of various electrical appliances or equipment.
In this series of countdown timer products, there are two holes at both ends of the case, allowing users to fix them in place with screws.When the timer starts to count down, it will provide a high potential signal (+1.5V) through the output line. When the countdown reaches zero, the potential will drop to (0V).