Digital Hydrogen Peroxide Transmitter RS485 For Municipal Wastewater Treatment 800g

DRFN’s digital hydrogen peroxide transmitter is a single parameter instrument, which is designed to measure hydrogen peroxide in water. It can connected to all DRFN’s digital hydrogen peroxide sensors to realize different measurement requirements.

Hydrogen Peroxide is widely used as a disinfectant in cooling towers and municipal wastewater treatment plants. H2O2 is an effective bactericide that does not form any harmful Disinfection By Products (DBP) like many chlorine products do. It decomposes naturally into oxygen and water and does not form a residual that hasto be removed from the treated water before it is released to the environment.

Features Of Hydrogen Peroxide Transmitter

• Protection level IP66

• Rich output configuration, analog or digital signals

• single-parameter instrument

• RS485 communication, support Modbus protocol
• Provide wide-voltage AC or DC power supply mode
• Support a variety of installation methods
• Time and historical data recording functions
• 128*64 black and white graphic dot matrix screen
• 2 settable 0/4~20mA active current loop outputs
• 2 settable SPST alarm relays

• Menu password can be set

Applications Of Hydrogen Peroxide Transmitter

Drinking water, industrial wastewater, water supply system, urban sewage treatment

Product Parameters

Matching Hydrogen Peroxide Sensors Introduction

• Model: WP7
• pH range: 2~11
• Pressure range: 0~1 bar, no pressure surges and/or fluctuations
• Temperature range: 0~45℃
• Response time: T₉₀ about 5~10 min
• Flow rate: about 30 l/h, low flow-dependence
• Material: PVC-U, stainless steel 1.4571
• Connection: M12 male

• Sensor with automatic temperature compensation

• Model: WP10
• pH range: 2~11
• Pressure range: 0~1 bar, no pressure surges and/or fluctuations
• Temperature range: 5~45℃
• Response time: T₉₀ about 8 min
• Flow rate: about 30 l/h, low flow-dependence
• Material: PVC-U, stainless steel 1.4571
• Connection: M12 male

• Sensor with automatic temperature compensation