UK SST Optical Level Switch Photoelectric Liquid Level Sensor SL-LLHP-521
UK SST Optical Level Switch Photoelectric Liquid Level Sensor
UK SST Optical Level Switch Photoelectric Liquid Level Sensor
UK SST Optical Level Switch Photoelectric Liquid Level Sensor

UK SST Optical Level Switch Photoelectric Liquid Level Sensor - SL-LLHP-521

Reverse polarity, ESD, transient overvoltage, surge, and short circuit protection
N-type output configuration with internal 10kΩ pull-up resistor
Rugged stainless steel construction with chemically resistant polysulfone sensing tip
Wide supply voltage range

Model: SL-LLHP-521

Product Introduction

UK SST Optical Level Switch Photoelectric Liquid Level Sensor SL-LLHP-521 Description:
SST's optical sensors are specifically designed for data center cooling applications, consisting of a rugged stainless steel housing and a polysulfone sensing tip. They detect liquids through infrared refraction and work reliably in almost any liquid, including ethylene glycol/water mixtures.


UK SST Optical Level Switch Photoelectric Liquid Level Sensor SL-LLHP-521 Features:
Reverse polarity, ESD, transient overvoltage, surge, and short circuit protection
N-type output configuration with internal 10kΩ pull-up resistor
Rugged stainless steel construction with chemically resistant polysulfone sensing tip
Wide supply voltage range


UK SSTOptical Level SwitchPhotoelectric Liquid Level Sensor SL-LLHP-521 Applications:
Coolant data center monitoring
Liquid cooling equipmentCDU


UK SSTOptical Level SwitchPhotoelectric Liquid Level Sensor SL-LLHP-521 Parameters:

Technical Specifications

Supply Voltage (Vs)

Supply Current (Is)

7.5mA max.

Output Sink Current (Iout)

35mA max.

Operating Voltage

0...12bar (0...174psi)

Housing Material

Stainless steel (316 type) with

Polysulfone tip (Nitrile seal)

Switch Terminal Connection

3m Cable

3 Core, 22 AWG, PVC Insulated

UL/CSA AWM/STYLE 2576 VW-1

Temperature

 

Operating Temperature

-20...+75°C

Storage Temperature

-40...+80°C

Output Value

 

Output Voltage (Vout): Iout = 35mA, Vs = 8...30VDC

Output Logic

Low in Air

Output High

Vout = Vs - 1.5V max

Output Low

Vout = 0V + 1.5V max