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Eaton 170M6069 Fuses

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MOQ : 10 Units

Eaton 170M6069 Fuses Specification

Insulation Material
Ceramic

Shape
Rectangular

Connector Type
Blade (Tag)

Surface Finish
Smooth Ceramic

Overheating Protection
Yes (Fusing Action)

Operating Temperature
-40C to +80C

Humidity %
<95% RH, Non-Condensing

Efficiency
High (for protection)

Feature
Extremely Fast-Acting, Current Limiting

Mounting Type
Bolted

Product Type
High-Speed Fuse

Application
Protection of Power Semiconductor Devices

Protection Level
aR

Frequency (MHz)
50/60 Hz

Rated Voltage
690V AC

Color
White/Grey

Dimension (L*W*H)
88 x 37 x 91 mm

Weight
1.3 kg

Input Voltage
690V AC

Phase
Single Phase

Size
Size 3

Material
High Grade Ceramic, Metal

Connection Type
Blade (Tag) Type

No Of Poles
1

Fuse Class
aR (Semiconductor Fuse)

Breaking Capacity
200 kA (max)

Standards
IEC 60269-4, UL Recognized

Response Time
Ultra-Fast (for semiconductor protection)

Rated Current
400A

RoHS Compliance
Yes

Body Material
High Strength Ceramic

Eaton 170M6069 Fuses Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
10 Days

Main Domestic Market
All India

Eaton 170M6069 Fuses About

The Eaton 170M6069 Fuse is a must-have for premier protection of power semiconductor devices. Designed with unrivaled efficiency and steadfast valiance, this ultra-fast, current-limiting fuse ensures your equipment remains safeguarded even under demanding conditions. Now available at clearance prices for exceptional savings, this fuse boasts a high-strength ceramic body, robust blade-type connections, and a smooth finish suitable for industrial or commercial use. Compliant with RoHS, recognized by UL, and crafted according to leading IEC 60269-4 standards, it's your dependable choice for cutting-edge semiconductor safety.

Advanced Protection for Semiconductor Applications

Engineered for the specific protection of power semiconductor devices, the Eaton 170M6069 Fuse utilizes a high grade ceramic and precision metal construction. Its extremely fast-acting response and current-limiting features are ideal for sensitive semiconductor applications, ensuring superior safeguarding. The use of durable materials guarantees protection under temperatures from -40C to +80C, while the aR class rating preserves the reliability and longevity of critical electronic components. Perfect for demanding industrial environments.

Reliable Availability and Domestic Service

Count on our stock-ready Eaton 170M6069 fuses for expedited delivery across India. We offer careful packaging and express shipping to guarantee your order arrives safely and swiftly, supported by robust domestic supply capability. Samples are available upon request, allowing you to inspect our premier quality before purchase. With a wide network, we serve all major markets in India, delivering consistent and timely solutions to meet your protection needs.

FAQ's of Eaton 170M6069 Fuses:

Q: How does the Eaton 170M6069 fuse protect semiconductor devices?

A: The Eaton 170M6069 fuse is designed with ultra-fast acting and high current-limiting capabilities, instantly interrupting overcurrent to protect sensitive semiconductor components from damage.

Q: What materials ensure the durability and efficiency of this fuse?

A: This fuse is constructed using high-strength ceramic and select metal components, providing robust insulation, exceptional heat resistance, and long-lasting performance in industrial environments.

Q: When should I use the Eaton 170M6069 fuse?

A: Use this fuse whenever you require reliable and swift protection for power semiconductor devices, particularly in demanding applications or environments with high current and voltage.

Q: Where can I obtain sample units for testing?

A: Sample units are available upon request through our supplier network in India, ensuring you can evaluate our product before making a bulk purchase.

Q: What are the benefits of the current-limiting feature in this fuse?

A: The current-limiting function rapidly restricts fault current levels, minimizing overheating and potential damage to downstream equipment, thus enhancing overall equipment safety.

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