Description
IS200JPDHG1AAA – High density distribution boards are available in stock and will be shipped on the same day.
IS200JPDHG1AAA – The high-density distribution board is in an unused and rebuilt state.
To receive the best discount on IS200JPDHG1AAA – High Density Distribution Board, please contact us and we will reply to you within 24 hours.
Product Description
The IS200JPDHG1AAA model is sold as a high-density distribution card and is typically used in the Mark VI series. When the device is running, it can send 28 volts DC to up to three Ethernet switches and twenty-four Mark VIe I/O packets. If needed, you can purchase more JPDH packages and connect them together to provide more power for the I/O packages. Please note that when connecting more JPDH cards together, they must be connected in a daisy chain manner.
The physical components of this board are twenty-nine female pin plug connectors. Two of these twenty-nine connectors are six pin connectors, while the remaining twenty-seven connectors are two pin connectors; Twenty four connectors are distributed in three rows, with eight in each row. The connectors in these lines are labeled as JT1 to JT8, JR1 to JR8, and JS1 to JS8. These lines are the feed sources that provide the main power to independent I/O packages. The I/O package circuit will include a temperature coefficient fuse device, which will be used for branch circuit protection and provide a positive temperature fuse.
The IS200JPDHG1AAA board can be used in many hazardous locations. The main locations where this board can be used are ATEX Zone 2 Group IIC, Class I Division 2 Groups A to D, and Class I Zone 2 Group IIC. This board can also be used in non hazardous areas, and the certification code for non hazardous areas is ULE207685.
Function Description
IS200JPDHG1AAA is a high-density distribution board developed by GE. It is part of the Mark VIe control system. High density power distribution (JPDH) boards help distribute 28 V DC power to multiple I/O packages and Ethernet switches. Each board is designed to power 24 Mark VIe I/O packs and 3 Ethernet switches through a single 28 V DC power supply.
Features
To accommodate larger systems, multiple boards can be interconnected in a daisy chain configuration, allowing for the expansion of power distribution to other I/O packages as needed.
One of the main features of this board is its built-in circuit protection mechanism for each I/O pack connector. To prevent potential overload or malfunction, each circuit is equipped with a Positive Temperature Coefficient (PTC) fuse device. These PTC fuse devices are designed to automatically limit current in the event of overcurrent, effectively protecting connected I/O groups and ensuring the integrity of the distribution system.
Installation
Installation surface selection: Choose a suitable vertical surface to install the circuit board.
Screw installation: Thread machine screw number 6 through the mounting holes at each corner of the board.
Safe placement: Ensure that the screws are securely tightened to securely secure the JPDH board to the selected surface.
Mate-N-Lok connector placement: Please refer to the provided image for instructions on inserting the Mate-N-Lok connector into the corresponding slot on the JPDH board.
Connector Rating: Please note that 6-pin and larger 2-pin connectors have a rated nominal voltage of 600 V and a current of 13 A. In contrast, the nominal voltage rating of the smaller 2-pin connector is 600 V, and the maximum current is limited to 0.8 A by the fuse rating.
Attention: Please operate with caution to avoid exceeding the maximum rated current specified for each connector type to prevent potential damage or danger.
Compliance with safety standards
UL 508A Safety Standard for Industrial Control Equipment
Scope: This standard outlines the safety requirements for industrial control panels and related components.
Compliance: The equipment complies with the specifications outlined in UL 508A to ensure compliance with safety standards for industrial use.
Key areas covered: electrical hazard protection, component selection, wiring methods, grounding and construction requirements.
CSA 22.2 No. 14 Industrial Control Equipment
Scope: CSA 22.2 No. 14 specifies safety requirements for industrial control equipment to prevent electrical hazards.
Compliance: This device complies with the guidelines established in CSA 22.2 No. 14 to ensure the safety and reliability of its industrial applications.
Key areas covered: electrical insulation, component ratings, environmental conditions, and safety precautions during installation and operation.
EN 61010-1 Safety of Electrical Equipment and Industrial Machines (Low Voltage Directive)
Scope: EN 61010-1 focuses on the safety requirements of electrical equipment used in industrial environments, in compliance with low-voltage directives.
Compliance: The equipment complies with the safety standards specified in EN 61010-1, ensuring that it meets the safety regulations required for industrial machinery.
Key areas covered: electric shock protection, insulation requirements, temperature limits, mechanical strength, and safety precautions during installation and use.
Input
The system has one 6-pin connection designated for 28 V DC power input.
This connection adopts the Mate-N-Lok standard and can withstand voltages up to 600 V and currents up to 13 A. This input is used as the primary power source for the system to ensure its operational functionality.
Output
Ethernet switch connection: The system provides three customized 2-pin connections for Ethernet switches. These connections use the Mate-N-Lok standard and are designed to handle voltages up to 600 V and currents up to 13 A. They are used as interfaces to connect Ethernet switches and facilitate communication within the network infrastructure.
I/O package connection: In addition, the system also provides 24 2-pin connections dedicated to I/O packages. These connections comply with the Mate-N-Lok standard and are designed to handle voltages up to 600 V and currents up to 0.8 A. They are used as interfaces to connect various I/O packages, supporting data exchange between the system and external devices or external devices. Sensors.
Frequently asked questions
What is IS200JPDHG1AAA?
It is a Mark VIe series high-density distribution board developed by GE.
How to connect additional JPDH boards?
The additional board can be connected in a daisy chain manner through an unbroken J1X connector. However, users must ensure appropriate branch protection when connecting multiple JPDHs.
What is the rated current of each pin on the board?
The rated current of each pin on the board is 13 A, ensuring reliable power distribution within the system.
How to allocate power to a 6-pin J1 connector?
The 6-pin J1 connector on the board introduces three independent 28 V DC power supplies on three different pins to achieve triple redundancy. The return current is common in TMR and daisy chain feeding, introduced by the other three pins.
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