Module connector for uninterrupted communication
A module connector ( 102 ) for uninterrupted communication is described. The module connector ( 102 ) comprises a slot ( 602 ) for receiving connector pins ( 702 ) of an I/O module 500 . The slot ( 602 ) has at least one pair of mating pins ( 606 ) to connect with the connector pins ( 702 ) of the I/O module ( 500 ). The at least one pair of mating pins ( 606 ) is normally closed in absence of the connector pins ( 702 ) in the slot ( 602 ). Further, the at least one pair of mating pins ( 606 ) in a normally closed state moves to an open state upon receiving the connector pins ( 702 ) of the I/O module ( 500 ) in the slot ( 602 ).
1. A module connector for uninterrupted communication, the module connector comprising:
a slot for receiving at least one connector pin of an I/O module; and
at least one pair of mating pins disposed in the slot, wherein the at least one pair of mating pins are normally closed, and wherein the at least one pair of mating pins moves to an open state upon receiving the at least one connector pin of the I/O module in the slot wherein the normally closed pair of mating pins complete a communication link through the module connector and the open state pair of mating pins establish a communication connection through the module connector and microprocessor of the I/O module through the at least one connector pin wherein a guiding rib on an external side surface of the module connector enables coupling of the at least one connector pin with a ground supply prior to the coupling of the at least one connector pin with a power supply.
2. The module connector as claimed in claim 1 , wherein the slot comprises at least one groove, and wherein a pair of mating pins is disposed in the at least one groove.
3. The module connector as claimed in claim 1 further comprises a guiding rib on a side surface of the module connector, wherein the guiding rib enables coupling of the at least one connector pin with a ground supply prior to the coupling of the at least one connector pin with a power supply.
4. The module connector as claimed in claim 1 , wherein the at least one pair of mating pins is made of a conductive and elastic material.
5. The module connector as claimed in claim 1 , wherein the at least one pair of mating pins is coated with at least one of a conductive material, a corrosion resistant material and a temperature resistant material.
6. A system comprising:
a backplane assembly comprising,
a circuit board; and
one or more module connectors connected to the circuit board;
wherein each of the one or more module connectors comprises at least one pair of mating pins, and wherein the one or more module connectors are configured to establish a communication link through the at least one pair of mating pins in absence of an I/O module in the one or more module connectors wherein a guiding rib is formed on an external side surface of the one or more module connectors; and
a supporting structure, wherein the supporting structure supports the backplane assembly wherein the pair of mating pins establish a communication connection through the module connector with a microprocessor of the I/O module in presence of the I/O module.
7. The system as claimed in claim 6 , wherein the supporting structure is a DIN rail.
8. The system as claimed in claim 6 , wherein the at least one pair of mating pins are normally closed pins.
9. The system as claimed in claim 6 , wherein the at least one pair of mating pins is made of a conductive and elastic material.
10. The system as claimed in claim 6 , wherein the system is one of a data acquisition system, an industrial control system, a programmable logic controller, a building automation and control system, a distributed control system, a supervisory control and data acquisition (SCADA) system, a fire alarm system, a fire and gas detection/monitoring system, an HVAC (heating, ventilation, and air conditioning) controller, an access controller, a flow controller, a safety shutdown system, and a hybrid controller system.
11. A system comprising:
at least one module connector, wherein the at least one module connector comprises:
a slot for receiving at least one connector pin of an I/O module; and
at least one pair of mating pins disposed in the slot, wherein the at least one pair of mating pins is normally closed, and wherein at least one pair of mating pins moves to an open state upon receiving the at least one connector pin of the I/O module in the slot wherein the normally closed pair of mating pins complete a communication link through the at least one module connector and the open state pair of mating pins establish a communication connection through the module connector and microprocessor of the I/O module through the at least one connector pin wherein a guiding rib on an external side surface of the module connector enables coupling of the at least one connector pin with a ground supply prior to the coupling of the at least one connector pin with a power supply.