Hanwha HSL60P6-PB-4-250QW 250W Poly Series Solar Module - Black Frame

Hanwha HSL60P6-PB-4-250QW 250W Poly Series Solar Module - Black Frame

HSL60P6-PB-4-250QW 250W Poly Series Solar Module - Black Frame

Hanwha Solar One HSL 60 Poly Series PV Modules series modules are positive power sorted (-0/+5 W) to ensure that you get the power you pay for. The black anodized frames also help give these modules at 113 psf snow load rating. The Amphenol H4 connectors and cabling is also rated to 1,000 VDC for use with transformer less inverters and all modules are Listed to UL 1703 for the US and Canada. Hanwha SolarOne's polycrystalline modules feature 3-busbar cells. By decreasing the amount of space between busbars and the distance the current must travel, Hanwha SolarOne’s 3-busbar solar cells reduce current loss and increase cell power output.

Features of the Hanwha HSL60P6-PB-4-250QW 250W Poly Series Solar Module - Black Frame:

Power at STC ( PM ): 250 Watts
Dimensions: 65.04 x 39.37 x 1.77 in (1652 x 1000 x 45 mm)
Weight: 46.3 lb [21 kg]
Maximum system voltage: 1000VDC(EC) / 600VDC(UL)
Series fuse ratting: 15A
Number of solar cells and connections: 72 (6 × 12)
Module Efficiency (%): 15.1
Cable lengths: 3 ( ft )
Black frame / White backsheet
Junction Box: Protection class IP65 with 3 bypass-diode PV Wire #12AWG
Connectors: Amphenol H4; Solar cable: 4 mm2; length 1200 mm

Also Known As:
HSL60P6.PB.4.250QW
HSL60P6 PB 4 250QW
HSL60P6_PB_4_250QW
HSL60P6PB4250QW

Electrical Characteristics at Standard Test Conditions (STC)
Power Class	240W	245W	250W	255W	260 W
Maximum Power (Pmax)	240W	245W	250W	255W	260W
Open Circuit Voltage (Voc)	37.3 V	37.5 V	37.7 V	37.9 V	38.1 V
Short Circuit Current (Isc)	8.64 A	8.73 A	8.82 A	8.91 A	8.99 A
Voltage at Maximum Power (Vmpp)	29.4 V	29.6 V	29.8 V	30.0 V	30.1 V
Current at Maximum Power (Impp)	8.17 A	8.28 A	8.39 A	8.51 A	8.64 A
Module Efficiency (%)	14.8%	15.1%	15.5%	15.8%	16.1%
Electrical Characteristics at Normal Operating Cell Temperature
Power Class	240W	245W	250W	255W	260W
Maximum Power (Pmax)	175W	179W	182W	186W	190W
Open Circuit Voltage (Voc)	34.9V	35.1V	35.3V	35.5V	35.7V
Short Circuit Current (Isc)	6.96A	7.03A	7.11A	7.18A	7.24A
Voltage at Maximum Power (Vmpp)	26.6V	26.8V	26.9V	27.1V	27.2V
Current at Maximum Power (Impp)	6.58A	6.68A	6.77A	6.87A	6.99A
Module Efficiency (%)	13.5%	13.8%	14.1%	14.4%	14.7%
Temperature Characteristics
Normal Operating Cell Temperature (NOCT)	45°C ± 3 °C
Temperature Coefficients of P	– 0.43 % / °C
Temperature Coefficients of V	– 0.31 % / °C
Temperature Coefficients of I	+ 0.04 % / °C
Maximum Ratings
Maximum System Voltage	1000 V (UL)
Series Fuse Rating	15 A
Maximum Reverse Current	Series fuse rating multiplied by 1.35
Mechanical Characteristics
Dimensions	1636 mm × 988mm × 40 mm
Weight	19 ± .05 kg
Frame	Aluminum-alloy, available in silver or black finish
Front	Tempered glass
Encapsulant	EVA
Back	White or black back sheet
Cell Technology	Polycrystalline (Taiwan)
Cell Size	156mm × 156 mm (6 in × 6 in)
Number of Cells (Pcs)	60 (6 × 10)
Junction Box	Protection class IP67, with bypass-diode
Output Cables Solar cable:	Solar Cable: 4 mm²; length: 1000 mm
Connector	Amphenol H4
System Design
Operating Temperature	– 40 °C to +85 °C
Hail Safety Impact Velocity	25mm at 23m/s
Fire Safety Classification	Class C
Static Load Wind / Snow	4000 Pa / 7000 Pa
Packaging & Storage
Storage Temperature	– 40 °C to +85 °C
Packaging Configuration	24 pieces per pallet
Loading Capacity (40 ft. Container)	672 pieces

Important note for the Hanwha HSL60P6-PB-4-250QW 250W Poly Series Solar Module - Black Frame

Shipping Note: Due to the oversized nature of this product, freight is the only shipping method available. You may proceed with an order online and we will contact you prior shipping this item or please Contact Us and we will work to get you the exact shipping cost.

Note: Specifications and pricing of the Hanwha HSL60P6-PB-4-250QW 250W Poly Series Solar Module - Black Frame subject to change without notice. Illustrations and descriptions of the Hanwha Solar One HSL60P6-PB-4-250QW do not claim to be complete or exhaustive.