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prismatic cell grading machine probes

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MOQ : 10 Millimeters

prismatic cell grading machine probes Specification

Machine Type
Prismatic Cell Grading Machine

Features
Spring-loaded mechanism

Product Type
Probe Component

Surface Treatment
Polished metallic finish

Color
Beige Silver

Usage & Applications
Prismatic cell grading processes

About prismatic cell grading machine probes

Concentric Probes

Size:83.5*44*12mm

Main Material: Beryllium copper

Applicable: prismatic cell

Working Current: 020A

Fixture Resistance: 0.5m

Temperature: 100

Elastic Parameters;The pressure is 15N when the voltage needle is compressed 1.5mm,and 45N 10% when the current needle is compressed 5mm.

Plating: Nickel plating on the whole surface of the probe, nickel plating on the tip of the current needle before gold plating,plating: Ni 2um, AU 0.2 um.

Precision Engineering for Grading Efficiency

Our prismatic cell grading machine probes are meticulously crafted to deliver uniform performance within grading machines. The spring-loaded mechanism guarantees stable engagement, reducing the risk of contact inconsistencies during operation. With a polished metallic finish, these probes not only enhance durability but also ensure seamless conductivity essential for reliable grading outcomes.

Comprehensive Solutions from Chinas Leading Suppliers

Sourced directly from reputable Chinese distributors, exporters, manufacturers, and traders, our probes are engineered to meet global industry standards. Their robust construction and dedication to quality make them a preferred choice for prismatic cell grading machine applications in various sectors.

FAQs of prismatic cell grading machine probes:

Q: How do prismatic cell grading machine probes function during the grading process?

A: The probes employ a spring-loaded mechanism that enables consistent, stable contact with prismatic cells during the grading operation. This ensures each cell is properly evaluated for electrical properties, contributing to precise grading outcomes.

Q: What advantages does the polished metallic finish offer for these probes?

A: The polished metallic finish enhances resistance to wear and corrosion, provides superior conductivity, and ensures a clean, reliable interface throughout repeated usage in grading machines.

Q: When should these probes be replaced in the cell grading machine?

A: Probes should be inspected regularly for signs of wear, decreased performance, or surface damage. Replacement is recommended when contact consistency or conductivity begins to decline to ensure the integrity of the grading process.

Q: Where are these grading machine probes typically manufactured and supplied?

A: These probes are primarily produced and distributed by companies based in China, known for their quality-driven manufacturing and export capabilities in the prismatic cell grading market.

Q: What is the process for integrating these probes into a grading machine?

A: Integration involves installing the probes in designated slots within the prismatic cell grading machine, ensuring the spring-loaded mechanism is correctly aligned for optimal contact during operations.

Q: Can these probes be used for other types of cells besides prismatic?

A: These probes are specifically engineered for prismatic cell grading processes. Using them for non-prismatic cells may result in suboptimal performance or incompatibility with different machine types.

Q: What are the main benefits of using high-quality probes for prismatic cell grading?

A: Utilizing high-quality probes ensures accurate grading, reduces risk of misclassification, extends machine longevity, and improves overall production efficiency in battery assessment and manufacturing.

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