Fluke Black Male Test Connector Adapter With Nickel Plated Beryllium Copper Alloy contacts and Nickel Plated

Currently unavailable
Sorry, we don't know when this will be back in stock.
RS stock no.:
850-7723
Mfr. Part No.:
BP880
Manufacturer:
Fluke
Find similar products by selecting one or more attributes.
Select all

Brand

Fluke

Colour

Black

Product Type

Test Connector Adapter

Connector Gender A

Male

Contact Material

Nickel Plated Beryllium Copper Alloy

Connector Gender B

Female

Contact Plating

Nickel

Connector Type A

BNC

Connector Type B

Banana Jack

Standards/Approvals

No

Exempt

COO (Country of Origin):
US

Fluke Test Connector Adapter, Black, 500V Voltage - BP880


This test connector adaptor converts a BNC scope lead to a double-stacking female banana plug for connection to handheld meters and bench instruments. It is intended for controlled-voltage measurement setups where a screened BNC cable must Interface with banana-style inputs, providing a Compact black Interface between test leads and multimeters.

Features & Benefits


• 500V maximum rating enables safe measurement in controlled circuits
• Male BNC to female banana connection simplifies signal conversion
• Nickel-plated beryllium copper contacts reduce contact resistance
• BNC Shell plating resists tarnish and maintains conductivity
• Operates to +50°C for use in typical lab and field conditions

Applications


• Suitable for adapting screened clamp outputs to a DMM input
• Ideal for electrical test setups requiring banana connections
• Used with laboratory test equipment for low-current measurement adaptation
• Can be used for automation panel verification where BNC is present

What contact materials are used to maintain low resistance?


Contacts are manufactured from a beryllium copper alloy with nickel plating to provide low electrical resistance and robust conductivity.

Which connector genders are provided at each end?


The adaptor presents a male BNC on one end and double-stacking female banana jacks on the other to Interface differing connector standards.

How does the adaptor perform in higher temperature environments?


It is rated to operate up to +50°C, suitable for most indoor laboratories and typical workshop conditions.

Is the product suitable for high-voltage test applications?


The device is specified for use up to 500V and is intended for controlled-voltage testing rather than high-energy power distribution tasks.

Related links