Design & Specification :
Ammonia Sensor | : Potentiometric with gas-permeable membrane |
Fixed temperature sensor | : Thermal compensation for both pH and ammonia measurements |
pH sensor | : DC isolated, assignable to measured variables |
4-20 mA current outputs | : Assignable for user convenience |
4 max. manual inputs | : Auto / Manual Ranging |
Communications interface | : HTML, TCP/IP Ethernet LAN optionsl, Micro web server with static IP, Modbus optional |
Keypad – LCD | : 5 key tactile feedback, 2 line backlit display |
Power | : 120 or 230 vac, 50/60 Hz |
Fusing for 5 AC loads | :5 amps @ 120 VAC or 2.5 amps @ 230 VAC |
Surge suppression | : Relay 2-5 N.O. contacts snubbed @ 0.1 uF, 150 ohm |
Accessory power | : 15-22 VDC, unregulated, thermally fused @ 50 mA |
Enclosure | : Non-metallic, NEMA 4X, 190 mmW x 287 mmH x 140 mmD |
Certifications | : UL/CSA (CE pending) |
For more detail please contact :
PT. Inako Persada
Office : Cikarang, Bekasi, Indonesia
Phone : 021-89903505
Email : sales@inakopersada.com
Mobile/WA : 0853 5111 2309
Description
Ammonia Analyzer is an on-line sequential sampling analyzer, a sequence of sampling, analysis and result processing is performed and repeated using colorimetric methods. The measurement is a colorimetric analysis using an LED light source and a heated colorimetric cell designed for measuring trace amounts of analyte in water.
The colorimetric analyzer is assembled with two separated sections with two lockable doors. The bottom section is the LIQUIDS section. It includes all of the components involved in the flow, mixing and reaction stages of the sample and reagents (sampling pump, colorimetric reaction cell, reagents micro pumps,..). Numerous analysis configurations can be programmed, depending on accessories and of the number of micro pumps mounted in the Liquid Section. The top section is the ELECTRICAL enclosure. It includes the main power supply, the controller PCB assembly and the touch screen interface.
Application
Potable water
Wastewater treatment
Cooling towers and chillers
Nitrification processes