Allicdata Part #: | CT-25-ND |
Manufacturer Part#: |
CT-25 |
Price: | $ 0.00 |
Product Category: | Connectors, Interconnects |
Manufacturer: | Curtis Industries |
Short Description: | CONN BARRIER STRP 25CIRC 0.546" |
More Detail: | 25 Circuit 0.546" (13.86mm) Barrier Block Connecto... |
DataSheet: | CT-25 Datasheet/PDF |
Quantity: | 1000 |
1 +: | 0.00000 |
Series: | CT |
Packaging: | Bulk |
Part Status: | Obsolete |
Terminal Block Type: | Barrier Block |
Number of Circuits: | 25 |
Number of Wire Entries: | 50 |
Pitch: | 0.546" (13.86mm) |
Number of Rows: | 2 |
Current Rating: | 30A |
Voltage Rating: | 600V |
Wire Gauge: | 10-22 AWG |
Top Termination: | Screws |
Bottom Termination: | Closed |
Barrier Type: | 2 Wall (Dual) |
Features: | Flange, Marking Strip |
Color: | -- |
Terminal Screw Material: | -- |
Terminal Screw Finish: | -- |
Mounting Type: | Chassis, Panel |
Operating Temperature: | 130°C |
Material - Insulation: | Polyester Thermoplastic |
Material Flammability Rating: | UL94 V-0 |
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Terminal blocks and barrier blocks are active electrical components. They are used to connect two or more electrical wires or other electrical components in such a way that no electrical shock is produced. Generally, all forms of barriers blocks are used to connect high voltage electrical wires to low voltage components or to protect the low voltage components from being damaged due to high voltage. One such type of barrier block is the CT-25 application field and working principle.
The CT-25 type of barrier block is used mainly for high voltage applications. It is a modular system, with the capability to quickly and easily change the wiring levitation. Additionally, it is used to connect and disconnect a low voltage component from a high voltage system. The CT-25 is also capable of providing ground fault circuit protection and over-current protection. The main advantage of this type of barrier block is that itrequires no additional insulation because of its ability to isolate the high voltage from the low voltage parts of a system.
The CT-25 type of barrier block is rated for a maximum voltage of 240 volts (V) and a maximum current of 25 amperes (A). It consists of a linear or linearized type of Current Limiting Device (CLD) that is connected between the high and low voltage lines. The CLD restricts the current that can travel through the CT-25 block by the controller. The controller consists of a metal plate that is insulated from both inside and outside. The metal plate is connected to the high and low voltage sides of the system and it also serves as the base for the CT-25 block. When the low voltage side of the system is connected to the controller, the CT-25 block will limit the current to the amount that is recommended by the controller.
The working principle behind the CT-25 type of barrier block is based on the principle of resistive voltage divider. When the high and low voltage lines are connected to the block, a variable voltage is generated across the block. This voltage is then used to control the current that is travelling through the block. The current is limited to the amount that is recommended by the controller. The combination of the voltage divider and current limiting device provide a safe and reliable way of connecting high to low voltage components.
The CT-25 type of barrier block is used mainly for applications where safety and reliability are critical. It can be used to connect electrical wiring in the most suitable manner. It is also used in areas where isolation between the high and low voltage components is necessary. It performs well in applications where high temperature and vibration occur, and is also used in applications where the current needs to be limited.
In conclusion, the CT-25 type of barrier block is an electrically active component. It is capable of connecting two or more electrical wires or other electrical components in a way that no electrical shock is produced. The combination of the voltage divider and the current limiting device provides a safe and reliable way of connecting a high voltage system to a low voltage component. It is used in areas where safety and reliability are critical and for applications where vibration and high temperature occur. It is also capable of providing ground fault circuit protection and over-current protection.
The specific data is subject to PDF, and the above content is for reference
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