Features:
- Forms the base hardware for a triple-modular-redundant emergency trip system.
- Supports the programmable logic protection module used by the Nexus OnCore platform.
- Maintains TMR channel separation for safety-related control applications.
BLP50 combines safety function of TMR emergency-trip-system base, module role of Programmable logic protection base module, and architecture of Triple modular redundant in the Nexus OnCore platform.
It provides the base-terminal hardware for the OnCore TMR emergency-trip programmable logic protection module. This role connects the Nexus OnCore TMR Programmable Logic Protection Base Module to the surrounding Nexus OnCore architecture.
Before commissioning, match the BLP50 base to the specified TMR protection module; provide a suitable certified enclosure; and de-energize before connecting or disconnecting in a hazardous area.
Availability is subject to Apter Power inventory and sourcing confirmation.
Verified resources for General Electric BLP50:
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Provides the base termination required for an OnCore TMR emergency-trip logic assembly.
- Supports programmable logic protection within industrial process-control and safeguarding systems.
- Operates in approved panel-mounted hazardous-location installations when enclosure requirements are met.
- Operates from regulated 24 VDC power supplied within the Nexus OnCore control panel.
- Draws up to 9.5 W under the specified base-module configuration and operating conditions.
- Supports connected load switching with ratings up to 4 A at 30 VDC.
- Carries a certified ambient operating range from -20 to +50 degrees C on the module nameplate.
- Includes hazardous-location markings for Class I Division 2 and Zone 2 installations.
- Requires panel mounting inside a suitable enclosure that maintains the applicable certification conditions.
- Match the protection base with the specified TMR protection module used by the installed assembly.
- Install the base inside a suitable certified enclosure before connecting the associated protection hardware.
- De-energize the panel before connecting or disconnecting this base in a hazardous location.