IS420UCECH1B GE Mark VIe Controller
IS420UCECH1B GE Mark VIe Controller Product Details: Brand Name GE Model IS420UCECH1B Catalog Mark VIe Origin United States (USA) Dimension 16*16*12cm Weight 1kg HS Code 8537101190 Payment T/T Sales Price $7000 Warranty 12 months Lead time 3-5 work days Additional Information: Features Turbine protection Signal processing Control system integration Fault detection Data transmission Description: The IS420UCECH1 module is certified for hazardous location usage. This module is
Condition
New
Courier partners
DHL, UPS, TNT, FedEx and EMS
Lead Time
In Stock
Place of Origin
USA
Warranty
12 months
Sales Price
$7000
Product Description
IS420UCECH1B GE Mark VIe Controller
Product Details:
| Brand Name | GE |
| Model | IS420UCECH1B |
| Catalog | Mark VIe |
| Origin | United States (USA) |
| Dimension | 16*16*12cm |
| Weight | 1kg |
| HS Code | 8537101190 |
| Payment | T/T |
| Sales Price | $7000 |
| Warranty | 12 months |
| Lead time | 3-5 work days |
Additional Information:
| Features |
| Turbine protection |
| Signal processing |
| Control system integration |
| Fault detection |
| Data transmission |
Description:
The IS420UCECH1 module is certified for hazardous location usage. This module is an IS420UCSCH1 controller coupled
with a seven I/O port expansion board. The UCSCH1 controller contained within the UCECH1 module has the same features
and benefits as the stand-alone UCSCH1 controller. For further details on the UCECH1 module, refer to the Mark VIe and
Mark VIeS Control Systems Volume II: General-purpose Applications System Guide (GEH-6721_Vol_II), the section
UCECH1x I/O Port Expansion Module.
with a seven I/O port expansion board. The UCSCH1 controller contained within the UCECH1 module has the same features
and benefits as the stand-alone UCSCH1 controller. For further details on the UCECH1 module, refer to the Mark VIe and
Mark VIeS Control Systems Volume II: General-purpose Applications System Guide (GEH-6721_Vol_II), the section
UCECH1x I/O Port Expansion Module.
The modules can be categorized as generic and application-specific. As an example, discrete inputs (contact inputs) are used in virtually all applications and differ primarily in their voltage rating. Other considerations in selecting a module are its redundancy, isolation (group or point), terminal block type, availability for safety applications (IEC 61508), and approval for hazardous locations. A typical application-specific module is a servo module that is used for fast closed-loop control of a turbine’s servo valve actuator or a complete emergency over-speed trip system for a turbine. These unique modules will not be described in the following tables. However, some applicationspecific modules such as a vibration module is commonly applied in monitoring radial and axial shaft displacement of rotating machinery in plant distributed control systems and will be described in a separate table.
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