Description
Engineered for integration with modular control configurations, the ABB 07 TI 81 (part number GJR5215200) is a high-reliability digital timing unit within the legacy Procontic b system series. This specialized timing module provides essential time-delay functionality and sequential logic processing for industrial automation machinery.
The GJR5215200 timing module utilizes two independent functions configured via five software-adjustable time cycles. This dual-channel design allows control engineers to manage independent process intervals within a single slot. Additionally, its highly optimized internal circuitry features exceptionally low power draw from both logic and internal system rails to prevent thermal stress within the host rack.
Features
- Features two completely independent digital timing control functions.
- Provides five software-adjustable time cycles to match varying logic delay requirements.
- Low-current internal bus footprints to minimize system chassis heat load.
- Compact slot form factor designed specifically for direct mounting in Procontic b racks.
Applications
- Industrial sequence timing and process machine synchronization.
- Field upgrading and maintenance of legacy ABB Procontic b systems.
- Time-dependent relay logic replacement in hazardous environment controls.
Technical Specifications
| Manufacturer |
ABB |
| Part Number / Model |
07 TI 81 / GJR5215200 |
| Series |
Procontic b |
| Product Type |
Digital Timing Unit |
| Number of Functions |
2 independent timing functions |
| Time Cycles |
5 software-adjustable cycles |
| Internal Consumption (U24) |
10 mA |
| Logic Level Consumption (U10) |
10 mA |
Installation Guidelines
For correct commissioning and long-term reliability of the ABB GJR5215200, ensure the following engineering procedures are maintained:
- De-energize the PLC subrack or carrier frame before inserting or extracting the module to protect internal backplane logic.
- Verify that the backplane ground connection of the Procontic rack is securely bonded to a low-impedance industrial earth ground.
- Ensure surrounding modules within the rack have adequate convective clearance to maintain operating temperatures within standard industrial parameters.