Esinti Heavy Duty Power Connector Bottom Open

Name: Esinti Heavy Duty Power Connector Bottom Open
Brand: ESINTI PRIVATE LIMITED
Price: 2528.99 INR
Availability: InStock

Price 2528.99 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Esinti Heavy Duty Power Connector Bottom Open Specification

Surface Finish
Smooth

Application
Industrial

Color
Grey

Warranty
Yes

Usage & Applications
Electric Fitting

Operating Temperature
As per industry Celsius (oC)

Size
Various

Material
Copper Alloy, etc

Esinti Heavy Duty Power Connector Bottom Open Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Esinti Heavy Duty Power Connector Bottom Open

Technical Specifications=

Parameter	4-Pin Connector	6-Pin Connector	7-Pin Connector	10-Pin Connector	16-Pin Connector	24-Pin Connector	32-Pin Connector	48-Pin Connector
Number of Pins	4 + PE (Protective Earth)	6 + PE	7 + PE	10 + PE	16 + PE	24 (configurable as 2x12 rows)	32 + PE	48 (configurable as 3x16 or 4x12 rows)
Rated Current	2540 A (depending on contact size)	1640 A	2032 A	1625 A	16 A	16 A	1016 A	10 A
Rated Voltage	500690 V AC	500690 V AC	500 V AC	500 V AC	500 V AC	2501000 V (300600 V typical)	250500 V	250500 V
Rated Impulse Voltage	68 kV	68 kV	6 kV	6 kV	6 kV	Up to 6 kV	46 kV	46 kV
Pin Material	Copper Alloy (Silver/Gold Plated)	Copper Alloy (Silver/Gold Plated)	Copper Alloy (Silver Plated)	Copper Alloy (Silver Plated)	Copper (Silver/Gold Plated)	Copper Alloy (Gold/Tin Plated)	Copper Alloy (Tin Plated)	Copper Alloy (Tin/Gold Plated)
Contact Resistance	1 m	1 m	1 m	1 m	1 m	< 10 m	< 10 m	< 10 m
Wiring Form	Screw/Crimp	Screw/Crimp	Screw/Crimp	Screw/Crimp	Screw Connection	Crimp or Solder	Crimp or Screw	Crimp or Solder
Wire Specification	1.010.0 mm	1.06.0 mm	1.06.0 mm	0.754.0 mm	0.54.0 mm	0.52.5 mm	0.52.5 mm	0.252.5 mm
Tightening Torque	0.60.9 Nm	0.50.8 Nm	0.50.8 Nm	0.50.6 Nm	0.5 Nm	0.50.6 Nm	0.40.5 Nm	0.40.5 Nm
Mating Cycles	500	500	500	500	500	5001000	5001000	5001000
Operating Temperature	-40C to +125C	-40C to +125C	-40C to +125C	-40C to +125C	-40C to +125C	-40C to +125C	-40C to +125C	-40C to +125C
Shell Material	Die-Cast Aluminum Alloy / Zinc Alloy	Die-Cast Aluminum Alloy / Zinc Alloy	Aluminum Alloy / Thermoplastic	Aluminum Alloy / Thermoplastic	Die-Cast Aluminum Alloy	Nylon, Zinc Alloy, or Thermoplastic	Thermoplastic / Zinc Alloy	Thermoplastic Reinforced / Zinc Alloy
Protection Grade (IP)	IP65/IP67	IP65/IP67	IP65	IP65	IP65 (Dust-tight, water-resistant)	IP67/IP68 (Dust/waterproof)	IP67	IP67/IP68
Sealing Element	NBR (Nitrile Rubber) or Silicone	NBR (Nitrile Rubber) or Silicone	Silicone/NBR	Silicone/NBR	NBR (Nitrile Rubber)	Silicone Rubber Gasket	Silicone Rubber	Silicone Rubber
Locking Mechanism	Double Latch / Screw Lock	Double Latch / Screw Lock	Double Latch / Screw Lock	Double Latch / Screw Lock	Metal Roller, Double Buckle	Twist Lock, Bayonet, or Threaded Coupling	Bayonet / Latch Lock	Bayonet / Threaded / Latch Lock
Salt Spray Resistance	4872 hours	4872 hours	48 hours	48 hours	48 hours	48 hours	48 hours	48 hours
Humidity Resistance	90% RH at 40C	90% RH at 40C	90% RH at 40C	90% RH at 40C	90% RH at 40C	90% RH at 40C	90% RH at 40C	90% RH at 40C
Mounting Style	Panel Mount/Inline/Cable-to-Cable	Panel Mount/Inline/Cable-to-Cable	Panel Mount/Inline/Cable-to-Cable	Panel Mount/Inline/Cable-to-Cable	Panel Mount/Inline/Cable-to-Cable	Panel Mount/Inline/Cable-to-Cable	Panel Mount/Inline/Cable-to-Cable	Panel Mount/Inline/Cable-to-Cable

Engineered for Industrial Excellence

Esinti Heavy Duty Power Connectors are crafted from high-grade copper alloy, making them ideal for tough industrial operations. Their bottom open design allows for easy installation and secure electric fitting. With a smooth finish and dependable build, these connectors offer consistent performance even under challenging conditions.

Flexible Sizing for Varied Applications

Available in multiple sizes, the Esinti Heavy Duty Power Connector adapts seamlessly to different electric fitting requirements. Whether for new installations or upgrades, its versatile design ensures compatibility and a hassle-free experience across various industrial setups.

FAQs of Esinti Heavy Duty Power Connector Bottom Open:

Q: How should the Esinti Heavy Duty Power Connector Bottom Open be installed in electric fittings?

A: The connector is designed for straightforward integration into industrial electric fittings. Simply match the connector size to your cable or wiring, ensure compatibility with your setup, and secure it according to standard industrial installation protocols.

Q: What are the main benefits of using a copper alloy connector in industrial applications?

A: Copper alloy provides superior electrical conductivity, corrosion resistance, and durability. This ensures stable performance, minimal energy loss, and a longer service life in demanding industrial environments.

Q: Where can I use the Esinti Heavy Duty Power Connector?

A: This connector is suitable for a range of industrial settings such as manufacturing plants, heavy machinery, power distribution panels, and any area requiring reliable electric fittings.

Q: When should I consider replacing the power connector in my equipment?

A: Consider replacement if the connector shows signs of wear, corrosion, or diminished conductivity despite its durable construction. Regular inspections as part of maintenance routines help identify the optimum time for replacement.

Q: What is the process for selecting the right size connector for my application?

A: Assess the diameter and specifications of your existing cables and system requirements. Choose the Esinti connector size that matches these parameters for a secure and efficient fit.

Q: Is there a warranty cover for the Esinti Heavy Duty Power Connector, and what does it include?

A: Yes, the product comes with a warranty that covers manufacturing defects and material faults, providing assurance of quality and support from the manufacturer.

Q: How does the surface finish benefit the performance of the connector?

A: The smooth surface finish minimizes resistance and ensures optimal connection between electrical components, facilitating safe and efficient power transfer in industrial applications.

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