Multicomp Pro Inlet, IEC, Fused, Snap-Fit - MULTICOMP PRO - JR-101-1FS
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Product Information
Full details
The Multicomp Pro JR-101-1FS is a snap-fit IEC fused inlet designed for panel mounting, offering a secure connection point for power entry in electronic equipment. Its key benefit is integrated fusing for overcurrent protection, simplifying your design. A potential caveat is its solder contact termination, which requires specific tools and expertise for installation. This product features a durable nylon-66 body, a fuse cover, and solder terminals, rated for 10A/250VAC, with robust insulation and dielectric strength for reliable operation.
All features
| Model Part Number | JR-101-1FS |
|---|---|
| Brand | MULTICOMP PRO |
Extended Product Information
FAQs
What type of fuse does the JR-101-1FS use?
The JR-101-1FS is designed to accommodate standard fuses rated up to 10A/250VAC. The specific fuse type should be selected based on the equipment's power requirements and safety standards.
How is the JR-101-1FS mounted?
It is designed for snap-fit panel mounting. A correctly sized cutout in the equipment panel is required for installation.
What are the dimensions of the panel cutout required?
Specific cutout dimensions are not provided in the product data. Refer to the manufacturer's datasheet for precise mounting hole specifications.
Can this inlet be used for DC power?
The product is rated for 10A/250VAC. It is not specified for DC applications, and using it for DC power may lead to unsafe operation or failure.
What is the insulation resistance?
The insulation resistance is rated at 100MΩ at 500VDC.
What is the dielectric strength?
The dielectric strength is 2000VAC for one minute.
What is the warranty period?
The Multicomp Pro JR-101-1FS comes with a 12-month limited warranty.
Troubleshooting
Device does not power on
Check that the power cord is securely plugged in and that the fuse in the JR-101-1FS is intact. Replace the fuse if blown, ensuring it is the correct rating (10A max).
Intermittent power connection
Inspect the solder connections for the inlet. Resolder if necessary to ensure a solid electrical contact. Verify the integrity of the power cord connection.
Fuse blows repeatedly
This indicates an overcurrent condition in the connected equipment. Investigate the equipment's internal circuitry for faults or excessive power draw. Ensure the fuse rating is correct for the application.
Pros and Cons
Pros
- Provides integrated overcurrent protection, reducing the need for separate fuse holders.
- Snap-fit design simplifies panel mounting and speeds up assembly.
- Durable construction with glass-filled nylon offers good mechanical and thermal resistance.
- High dielectric strength ensures electrical safety.
- Suitable for a wide range of operating temperatures.
Cons
- Solder termination requires specialized tools and skilled labor for installation.
- Panel mount design means it's not suitable for free-standing applications.
- Specific fuse rating (10A) might not be universally compatible without checking requirements.
- No specific IP rating mentioned, which might be a concern for dusty or wet environments.
Setup, Compatibility & Care
Setup: The JR-101-1FS is designed for panel mounting. Ensure the equipment panel has a precisely cut aperture to accommodate the snap-fit mechanism. Connect wires to the solder terminals for power input. It is crucial to use appropriate soldering techniques and equipment to ensure a strong, reliable connection. Install the correct fuse (rated up to 10A/250VAC) into the fuse holder before operation.
Compatibility: This IEC fused inlet is compatible with standard IEC power cords. Ensure your equipment's power requirements do not exceed the 10A/250VAC rating. The nylon-66 body is generally resistant to common cleaning solvents, but testing on a small area is recommended before general application.
Care: Keep the fuse holder and terminal area clean and free from dust and debris. Periodically inspect the solder connections for any signs of degradation. To clean the exterior, use a dry or slightly damp cloth. Avoid harsh chemicals or abrasive materials that could damage the plastic housing.