Zetwerk Assistant Manager Planning Interview Questions and Answers

Regulating equipment is used to control the flow, pressure, or temperature of a system to maintain desired conditions.

• Regulating equipment includes valves, regulators, controllers, and sensors.

• The purpose of regulating equipment is to ensure that the system operates within specified parameters.

• For example, a pressure regulator is used to maintain a constant pressure in a gas pipeline.

• Another example is a thermostat that regulates the temperature in a heating system.

Portals are used in OHE for easy access to information, different types of portals are used, guy rod consists of various parts, and different types of relationships are used in project planning.

• Portals are used in OHE for easy access to information and communication among team members.

• Types of portals used in OHE include project management portals, document sharing portals, and collaboration portals.

• Parts of a guy rod include the rod itself, the anchor plate, the guy wire, an...read more

Different types of foundations, parts of Bracket Assembly, and types of insulators used in OHE.

• Types of foundations used in OHE: Direct Embedment, Pile Foundation, Raft Foundation, etc.

• Parts of Bracket Assembly: Bracket, Insulator, Clamp, Bolts, Nuts, etc.

• Types of insulators used in OHE: Pin Type Insulator, Suspension Type Insulator, Strain Type Insulator, etc.

The size of Contact and Catenary wire varies depending on the specific application and requirements.

• Contact wire typically ranges from 10 mm to 14 mm in diameter

• Catenary wire can range from 7 mm to 12 mm in diameter

• The size of the wire is determined by factors such as the weight it needs to support and the amount of current it needs to carry

Anticreep is a feature in gas turbines that prevents the rotor from creeping during shutdown.

• Prevents rotor from moving slowly during shutdown

• Helps maintain proper alignment of components

• Reduces wear and tear on turbine parts

• Improves overall efficiency and performance of the turbine