tungsten lamp and Deuterium lamp dual purpose power supply apply to UV spectra chromatography

OWPS-0216DT Dual purpose Power supply for deuterium lamp and tungsten lamp

Input voltage: AC 85 ~ 265V
Maximum input current: 0.8 A
Lamp wire voltage:

preheating:
DC2.5v (2.5v).
DC 10V (10V),
after light on: DC0 (2.5v).DC6 ~ 7V (10V)
Highest anode voltage:

preheating: DC 125V,

after light on: DC 80V
Anode current: 300mA
Constant flow accuracy: 0.005 ‰ (after starting 1h)
Minimum trigger voltage: DC 400V
Withstand pressure: AC 1500V / 1min
Turn off signal: 3 ~ 12V / 1 mA

Description of Tungsten lamp mode
Tungsten lamp voltage: 11.5 V (high precision) or 6V
Current: 2 A
Turn off signal: 3 ~ 12V / 1 mA

OWO now offer a Deuterium lamp power supply that is commonly used in UV spectra chromatography , atomic absorption, UV-Visible spectrophometers and other spectroscopic equipment.

Compared to the traditional linear power supplies this deuterium lamp switching power supply abolishes cumbersome transformers, it has set filament preheat, high voltage trigger and constant current control are just a number of features the D2 power supply to ensure the stability of UV spectra. A small compact size, light weight and one of the biggest advantage is applicable to international mains input Voltage in the 85 -265V AC, no switching required! The power supply also has control port allowing external control signals (such as CPU or manual) which can easily turn on or off the deuterium lamp.

USER MANUAL

Part1....................................................................................................................Introduction

Part 2........................................................................................... Environmental Requirement

Part 3...................................................................................................... Technical parameters

Part 4............................................................................................................................ Wiring

Part 5............................................................................................................ Light up the lamp

Part 6................................................................................................... Installation and Cooling

Part 7.............................................................................................. Transportation and storage

Part 8.............................................................................................Maintenance and attention

OWPS 0216DT series Deuterium lamp power supply was developed by OWO team in 2014,and its perfect replacement for expensive original models, the product has CE proved and 18 months warranty.

OWO now offer Deuterium lamp power supply that is commonly used in UV spectra chromatography , atomic absorption, UV-Visible spectrophotometer ,other spectroscopic equipments and also can be connect with tungsten lamp.

Compared to the traditional linear power supplies this deuterium lamp switching power supply abolishes cumbersome transformers, it has set filament preheat, high voltage trigger and constant current control are just a number of features the deuterium power supply to ensure the stability of UV spectra. A small compact size, light weight and one of the biggest advantage is applicable to international mains input Voltage in the 85-265V AC, no switching required! The power supply also has control port allowing external control signals (such as CPU or manual) which can easily turn on or off the deuterium lamp.

OWPS 0216DT series deuterium power supply has professional anti-electromagnetic interference design, the electromagnetic interference reach to grade A.

OWPS 0216DT series power supply support deuterium lamp and tungsten lamp use, the voltage offering for the tungsten lamp can be customized to 6V,12V,24V, power range:5W-30W.

Part 2: Environmental Requirement

1. operating environment:

Temp.: 0-40℃

RH: 40℃(20-90)% RH

Pressure: 86-106 KPa

2. storage environment:

Temp.: -40-70℃

RH: 50℃ 90% RH

Pressure: 86-106 KPa

Part 3:Technical parameters