CT6001S HIGH VOLTAGE CYANOGEN TEST SYSTEM

CT 6001 Cyanogen Plasma Glow System
CT 6001 Cyanogen Plasma Glow System provides a means of measurement of gaseous content and coating density in most types of incandescent lamps in the laboratory and on-line quality control conditions.
Not only will each individual bulb be tested, but also the collected data will provide information about the performance of your equipment for analysis and correction of any equipment malfunction.
No single Test Fixture can test all bulb types, but this system is capable of testing the greatest number of different types. The High Voltage RF generator is slaved to the Controller to provide the specific excitation required by that bulb and process. Real time decisions are programmed for optimum results.

After the parameters for the test are entered, there is no need for adjustment.
All functions are calibrated and repeatable. The RF excitation is self-correcting.

When compared with the price to install other after-glow testers, the CT6001S has no hidden costs.
All hardware, software and installation instructions are included in the quoted price.
Also, with normal precautions and periodic maintenance for the on-site operating conditions, there will be excellent longevity.

CT 6001A Cyanogen Afterglow System Controller consists of 6 major functional blocks:

1. Analog and interface Board Assembly. It is responsible for interfacing the High Voltage RF Oscillator, Photo Multiplier, High Voltage DC Power Supply with microprocessor board.
2. Microprocessor Board Assembly. It is the core of the controller and responsible for all functions of the system.
3. Front Panel Control and LCD Display provides method of Human Interface. It accesses the setting of parameters and reads back the test results.
4. AC to DC House Keeping Power Supply provides all the necessary electrical energy for the Controller to operate.
5. AC to DC Controllable Power Supply provides high DC voltage for photo multiplier. Its output is set to a default of ~500 VDC and is changed from 350 to 750 VDC during the test in automatic mode of operation.
6. Bottom Interface Panel provides all necessary connections within the System:
   1. AC Power In. IEC type connector for universal 90 to 240 VAC, 47 to 63 Hz.
   2. CT 6001A controller to AG 0201 HV-OS oscillator.
   3. High Voltage DC output to photo multiplier.
   4. Photo multiplier output to analog interface.
   5. Switch In — test request signal to the controller.