PLC Multipoint CES/O-24-1-10

CES/O-24-1-10 Product Description

The CES is a three wire, analog photosensor which provides a light level input into lighting control and building automation systems. The CES has four models which are used in different locations in and around a building. Indoor sensors are used in offices and classrooms. Outdoor sensors detect light for sign and site illumination control. Atrium sensors measure light in lobbies. Skylight sensors read the ambient light available in warehouse skylights. Other sensors include a low range indoor model for museum wall monitoring and a high range outdoor sensor for daytime contrast lighting control. Each sensor has a different range and focus of the light being measured. CES sensors are powered by a variety of voltages, which includes 5, 10, 12 and 24VDC. There are four output ranges, 0-5VDC, 0-10VDC, 1-5VDC and 1-10VDC. The 1V offset is calibrated to 0fc and detects short circuits or a disconnected sensor at 0VDC. Each sensor’s 5 or 10VDC output is calibrated to a factory standard footcandle setting using NIST traceable equipment. These standard ranges are based on 20 years experience in the lighting controls industry and are the most suitable for many applications. All CES sensors are Class 2 wiring devices and are listed as UL916 accessory equipment. Custom wire lengths, lens and housing modifications, and multi-point NIST calibration services are also available

Specifications:

Manufacturer: PLC Multipoint
SKU: CES/O-24-1-10
Sensor: CES/O
Style: Outdoor
Lens: Flat
Filter: Clear
Mounting: 1/2” NPT
Orientation: Horizontal
Voltage Input: 12/24V
Voltage Output: 1-10V

About PLC Multipoint:

For more than 30 years, PLC Multipoint has been making a name for itself as a creator and producer of the industry's finest lighting sensor controls and has earned a reputation as the go-to resource for solving the most complex lighting control challenges. PLC Multipoint’s product families include lighting control systems and daylighting sensors for a wide variety of applications.