SiC Elements 1PH Connection
SIC Elements 1PH Connection
Silicon Carbide is a semiconductor material, and has a much higher resistivity than metallic resistance materials. Room temperature resistivity is fairly high, and falls with increasing temperature to a minimum value at about 600-900°C. At elements temperature above 900° C.
Resistivity increase with rising temperature, as shown in figure. Therefore it is necessary to adjust the constant power with a feed back type V in VxI transfer. On three-phase loads with Silicon Carbide is suggested the use of a feed back in VxI to obtain a power adjustment constant. This is necessary to compensate changes in the value of resistance with temperature and age of the elements. The value at the end of their use is four times the initial value. CD Automation can controll this kind of heathing elements with REVO CL, REVO M 1PH and Multidrive 1PH.
| Product |  |
|
 |
|---|---|---|---|
| REVO CL | Multidr.1PH | ||
| Load | |||
| Load Voltage | 480-600V-690*V | 480-600V-690*V | 480-600V-690**V |
| Current Range |
10:700A | 10:700A | 25:1600A |
| Input | |||
| 10K Pot. | ▪ | ▪ | ▪ |
| 4:20mA | ▪ | ▪ | ▪ |
| 0:10V | ▪ | ▪ | ▪ |
| Firing | |||
| PHASE ANGLE | ▪ | ▪ | ▪ |
| FEED BACK | CONTROL | |||
| V to VxI transfer | ▪ | ▪ | ▪ |
| USE VOLTAGE RESERVE OF 100% | |||
| OPTION | |||
| FUSE + FUSE HOLDER | ▪ 35:40A | ▪ 35:40A | |
| INTERNAL FUSE HOLDER |
▪ >40A | ▪ >40A | ▪ |
| cUL us | ▫ Pending | ▫ Pending | ▫ |
| COMMUNICATION / PROGRAM. | |||
| RS485 Modbus RTU | ▪ | ▪ | ▪ |
| PROFIBUS + CAN | ▫ | ▫ | ▫ |
| Config. Keypad Frontale | ▪ | ▪ | ▪ |
| Configurator PC Win. | ▪ | ▪ | ▪ |
| CD KP 48×96 o REVO KP2 | ▫ | ▫ | ▫ |
| ▪= Standard | |||
| ▫ = Option | |||
| * 690V availablefrom 400 to 700A | |||
| ** 690V Multidr. available from 850 to 2700A | |||