FUNCTIONAL DEVICES INC / RIB PSH100A100AB10 Class 2 Transformer 24vac 100 Va 1 Ph

Functional Devices PSH100A100AB10 transformer is used in low-current scenarios, especially in building automation (BAS) panels, industrial enclosures and general-purpose electrical enclosures. This RIB transformer is designed for ON / OFF control, equipment overcurrent protection, power indication and high / low voltage separation.

Working Mechanism:

• When an electric current passes through the coil (electromagnet) of the relay, it generates a magnetic field.
• This magnetic field attracts an armature or iron core, causing a set of contacts (switch) to move.
• The movement of these contacts either completes or interrupts the circuit.
• The state of the contacts (open or closed) governs the current flow in the main circuit connected to the relay.
• Relays are commonly employed to regulate a high-current circuit with a low-current signal.
• For instance, a small control voltage can activate the relay, which, in turn, switches a larger load.

Features:

• The primary connection is facilitated through pigtails, ensuring ease of installation and maintenance.
• Its secondary connection utilises screw terminals, providing a secure and reliable electrical connection.
• This relay is designed to be efficient and convenient with an enclosed enclosure style, enhancing the safety and protection of the internal components.

Compatible Accessories:

• 3M MNG186RSX Ring Terminal: This nylon ring terminal features insulation around the barrel, preventing wire strands from coming loose, minimising the risk of accidental contact and offering protection against short circuits, deterioration and corrosion damage.

Frequently Asked Questions:

Q. What type of mounting does this Functional Devices RIB PSH100A100AB10 transformer allow?

A. It allows relay mounting for quick and easy installation.

Q. What is the operational frequency of this transformer?

A. The relay operates at both 50Hz and 60Hz electrical frequencies, offering flexibility in various power systems.