Product Description
Leviton Colortran iSeries i48E/96E Quad Control Module, REFURBISHED - FOR EXCHANGE ONLY.
Please note - We now have a retrofit solution for your Leviton Colortran iSeries i48E/96E Quad Control Module. Please email us at info@goknight.com for more information.
This is an "advance replacement" approach so you do not have to wait for the repair of this item. First, place your order. Second, ship us your bad control module. Third, once we receive in your bad control module then we will ship you a good, refurbished unit.
1. This item is only available as an exchange.
2. You must ship us your bad Leviton Colortran iSeries i48E/96E Quad Control Module CTP-0311e.
3. Once we receive in your bad unit, then we will ship out the refurbished unit.
THIS IS A GOOD, USED, WORKING, REFURBISHED UNIT.
The control module contains nearly all of the control electronics and generates the necessary control signals and power necessary to control the dimmers in the rack. There are 2 different control modules for i series e and i series quad. · The i96/48 control module (CTP-0311e) controls i96e, i48e or i48Quad dimmer racks in all configurations. · The i24 control module (CTP-0313e) controls i24 dimmer racks in all configurations. Control modules are completely interchangeable within the i series e and i series quad system, as long as they are the same type of control module as detailed above. The only selection that makes a control module unique is the thumbwheel address setting on the front of the control module. All other individual parameters for the rack are stored in the socketed serial EEPROM chips on the i series e backplane. On power up, the control module automatically loads all the unique information from the serial EEPROMS on the backplane, determines the line frequency, and phase angle firing assignments. The top pair of chips in a 16 pin DIP socket (P5) permanently store all the unique information for the upper control module position. The bottom pair of chips in a 16 pin DIP socket (P6) permanently store all the unique information for the lower control module position. The unique information that is stored is the configuration parameters of the control module itself, backup looks, analog submaster scenes, the panic scene, and the custom patch. Standard patches are available by setting the address number in the range of ‘1 ‘to ‘15’. Setting the thumbwheel to ‘0’ invokes the custom patch stored in the EEPOMS on the backplane.
