100kVA Twelve Way Heat Treatment Unit
100kVA Twelve Way Heat Treatment Centre with two Six Channel P183 Programmers, a Chino 12 Point Recorder and Twelve Ammeters
Description
This 100kVA, twelve channel unit provides twelve output channels of power and temperature control of up to thirty six, 65V, 45A, 2.7kW ceramic heating elements for preheating or post weld heat treatment of pipe or fabrication welds or other fabrications where controlled heating is required. The heat treatment process is controlled by two built in P183 six channel programmers for twelve channel program, automatic control. Recording is provided by a 12 channel, Chino EH3127-001 temperature chart recorder
Features
The front control panel includes:
- • two P183 six channel controller/programmers
- • one twelve channel Chino EH3127-001 temperature recorder
- • twelve ammeters
The rear panel includes:
- • twelve type K thermocouple panel mounted input sockets
- • moulded case circuit breaker (MCCB)
- • twenty four 0V and 65V output , 300A, panel mounted twistlock sockets.
- • two 110V auxiliary sockets for supplying power for thermocouple attachment units (TAU) for recharging.
Specification
| Primary Input Supply Voltage (and Current ) | Three phase, 380V (152A) , 415V (139A) or 440V (131A) |
| Frequency | 50/60Hz |
| Secondary Output Voltage | 65V A.C |
| Transformer coil | 100kVA Natural air cooled, class H |
| Maximum total number of 2.7kW ceramic heating elements | Thirty six |
| Maximum 2.7 kW heaters per channel and per phase | Three per channel : Twelve per phase. |
| Protection Over | Over temperature sensor in each winding and 3 phase MCCB with shunt trip. |
| Thermocouple Input and output | Type K (NiCr/NiAl) |
| Secondary 65V output connectors | Twenty four 300A panel mounted twistlock sockets |
| Auxiliary Outputs | Two 110V auxiliary sockets. |
| Case | Mild steel, blue powder coated. (stainless steel case available on request) |
| Dimensions (including wooden packing box) | 116cm x 116cm x 150cm |
| Weight | 620kg |
| Design Standards | EMC: EN 61326: 1998, LVD: EN 61010-1: 2001 |
