ALTERNATIVE PRODUCTS

RECOMMENDED REPLACEMENT

CF4U(L)/110-240V

In Stock: 150
Minimum Order: 50

VIEW PRODUCT

Image is representational - see manufacturer specifications

Altech Authorized Distributor

CSFL4U(L)/110

Name: CSFL4U(L)/110 Altech DIN Rail Terminal Blocks
Brand: Altech
SKU: 10138175
Availability: OutOfStock

Terminal Block - Screw - 5x20mm/5x25mm Fuse Blocks - LED - 8 mm(0.315 in) Pin Spacing - 110V - 6.3A - Gray.

View Datasheet

RoHS Compliant

Discontinued & Replaced

Certificate of Compliance

DESCRIPTION

The CSFL4U(L)/110 is terminal block with LED for blown fuse indication.

Product Highlights:

Potential Applications:

Search Keywords: CSFL4UL110

SPECIFICATIONS

Product Attribute

Attribute Value

Select Attribute

Products found: 0

Supplier:

Altech

Part No:

CSFL4U(L)/110

Unit of Measure:

Per Each

RoHS:

Yes

HTS:

8536904000

ECCN:

EAR99

Supplier Standard Pack: This information is provided for customers who prefer to buy in multiples of the Manufacturer’s Standard Package quantity. Minimum Order Quantities and Required Order Multiples are presented with our price and availability information.

This information is provided for customers who prefer to buy in multiples of the Manufacturer’s Standard Package quantity. Minimum Order Quantities and Required Order Multiples are presented with our price and availability information.

Life Cycle:

Discontinued & Replaced

FREQUENTLY ASKED QUESTIONS

Is CSFL4U(L)/110 discontinued?

Yes, CSFL4U(L)/110 from Altech is discontinued. Master Electronics is an authorized distributor and may have remaining stock or a recommended replacement for it.

What replaces CSFL4U(L)/110?

The recommended replacement for CSFL4U(L)/110 is CF4U(L)/110-240V from Altech, available from Master Electronics.

Is CSFL4U(L)/110 RoHS compliant?

Yes, CSFL4U(L)/110 is RoHS compliant.

What is the lead time for CSFL4U(L)/110?

The standard lead time for CSFL4U(L)/110 is approximately 6 weeks. In-stock quantities ship from Master Electronics.

This product is not in stock and cannot be back-ordered