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GHL-1000 PV Combiner Box

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MOQ : 1 Unit

GHL-1000 PV Combiner Box Specification

Overheating Protection
YES

Operating Temperature
-25C to +60C

Feature
Surge Protection, Overcurrent Protection, Robust Construction, Prewired for Quick Installation

IP Rating
IP65

Shape
Rectangular

Efficiency
>98%

Power Factor
1.0

Surface Finish
Powder Coated

Connector Type
MC4 Compatible / Cable Gland

Humidity %
95% RH

Mounting Type
Wall Mounted

Insulation Material
Polypropylene

Product Type
PV Combiner Box

Application
Industrial

Protection Level
Class II

Frequency (MHz)
50 Hertz (HZ)

Rated Voltage
1000V DC

Energy Consumption
Low

Output Type
DC

Color
White

Dimension (L*W*H)
500 x 400 x 160 mm

Weight
6.8 kg

Warranty
Yes

Phase
Three Phase

Size
Standard

Input Voltage
1000V DC Max

Material
Polycarbonate / Metal Sheet

No Of Poles
4 Poles

Connection Type
MC4/ Cable Gland

Maximum Input Strings
8 In / 1 Out

SPD (Surge Protection Device)
Type II, Replaceable

Mechanical Life
10,000 Operations

DC Fuse Provided
Yes

Busbar Material
Tin Plated Copper

Monitoring Function
Optional Remote Monitoring

Cable Entry
Bottom

Rated Current Per String
15A

Compliance Standard
IEC 61439-2 / IEC 60364-7-712

Isolation Switch
Yes, 1000V DC Rated

GHL-1000 PV Combiner Box Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash Advance (CA)

Supply Ability
1000 Units Per Week

Delivery Time
7 Days

Main Domestic Market
All India

About GHL-1000 PV Combiner Box

With a precise understanding of this relevant industry, we are offering GHL-1000 PV Combiner Box. This box is generally equipped with true solar DC disconnect switches and DC fuse holders. GHL-1000 PV Combiner Box collects the multiple DC outputs from solar panels. Apart from that, this combiner box is tested against several parameters before leaving factory to ensure its zero failure rates.

Market: Worldwide

Outstanding Safety and Protection

The GHL-1000 PV Combiner Box incorporates essential safety features such as Type II surge protection, robust DC fuses, and an isolation switch-all designed for industrial use. Each component is meticulously selected to maximize protection against electrical faults, supporting your system's safety and longevity.

Automatic Monitoring and Easy Installation

Enjoy peace of mind with the option for remote monitoring, allowing users to check system status and performance from a distance. Prewired interiors and MC4/cable gland connections simplify installation, reducing labor and ensuring secure, reliable connections for each solar string.

Durable Build for Extreme Conditions

Manufactured from polycarbonate and sheet metal, the combiner box boasts an IP65 rating and powder-coated finish, safeguarding it against dust, water, and extreme temperatures from -25C to +60C. This assurance of mechanical strength and resilience is ideal for industrial facilities.

FAQ's of GHL-1000 PV Combiner Box:

Q: How does the GHL-1000 PV Combiner Box enhance safety in solar installations?

A: This combiner box features overcurrent protection with DC fuses, a replaceable Type II SPD for surge defense, and a 4-pole isolation switch. These robust protective elements safeguard your photovoltaic system against electrical faults and surges, all while complying with IEC safety standards.

Q: What are the benefits of the optional remote monitoring function?

A: The optional remote monitoring feature lets operators track real-time performance, detect faults early, and monitor electrical parameters remotely, thereby improving preventive maintenance and reducing system downtime.

Q: Where can the GHL-1000 PV Combiner Box be installed?

A: Designed for industrial settings, the box is wall-mounted and rated IP65, making it suitable for dusty or moist environments. Its sturdy build and weather-resistant housing ensure dependable outdoor or indoor operation.

Q: What process is involved in installing the GHL-1000 PV Combiner Box?

A: Thanks to its prewired design and MC4-compatible/cable gland connections, the installation process is straightforward. Simply mount the unit on the wall, connect PV strings to the bottom entries, and secure the output. Its standard size and intuitive layout streamline setup.

Q: When should the DC fuse and SPD be replaced?

A: It is recommended to periodically inspect protective devices. Replace DC fuses if a string trips due to overcurrent. The replaceable Type II SPD should be changed after a significant surge event or as indicated by its status indicator to maintain optimal protection.

Q: What advantages does the robust construction offer for industrial users?

A: Constructed from tin-plated copper busbars, powder-coated polycarbonate/metal housing, and polypropylene insulation, the box combines electrical safety with mechanical strength, supporting heavy-duty usage and long-term reliability even in extreme environments.

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