ABB+87TS50R1210

Description

Product Name:

• ABB+87TS50R1210 

Product Description:

• The ABB+87TS50R1210 could be part of ABB’s line of protection relays, industrial automation components, or power management systems. The format suggests it could be a part number for a specific module designed for power protection, automation, or control applications.
• ABB’s products in this category are typically used in energy management, electrical protection, and industrial automation to safeguard equipment from faults, overcurrent, or other issues that could impact system reliability.

Product Parameters:

• The parameters would typically include specifications such as:
  • Voltage Rating: Defines the operating voltage range for the module.
  • Current Rating: Specifies the current handling capacity.
  • Relay Type: Could be an overcurrent relay, differential protection, or fault detection relay.
  • Response Time: How quickly the relay reacts to abnormal conditions.
  • Communication Protocols: Common protocols include Modbus, IEC 61850, Profibus, etc.
  • Inputs/Outputs: Number of digital/analog inputs and outputs for integration into larger systems.

Product Specifications:

Without exact access to the datasheet for this particular part number, general specifications for ABB protection relays could include:

• Protection Functionality: Overcurrent, differential protection, earth fault, voltage protection, etc.
• Accuracy: +/- 5% or better for fault detection.
• Mounting Type: Panel-mounted, DIN rail, or rack-mountable.
• Power Supply: Typically, relays will have a DC or AC supply voltage (e.g., 24VDC, 110V AC).
• Operating Temperature Range: Usually -20°C to +60°C for industrial environments.
• Communication: For advanced models, communication protocols such as Modbus RTU, DNP3, IEC 61850, or even Ethernet-based protocols might be supported for remote monitoring and control.

Product Use:

• ABB modules like the one suggested by the part number 87TS50R1210 are typically used for electrical protection in various industrial, commercial, and power distribution applications.
• Common uses include:
  • Protecting electrical equipment like transformers, motors, and generators from faults.
  • Power grid management: Ensuring that electrical grids are protected from overloads and short circuits.
  • Automation: Integrating with other control systems for automated monitoring and fault response.
  • Energy management systems: Managing and optimizing power usage, as well as detecting abnormalities.

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