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3

 

Use fasteners to fasten the modules to the 

mounting support structure. Modules should be 

bolted to support structures through mounting 

holes located in the frame’s back flanges only. 

Do not drill additional holes in the frame. Doing 

so will invalidate the warranty. Modules should 

not be mounted by supports at the ends. 

Mounting support structure should withstand 

forces from wind and snowfall pressure etc. 

Mounting support structure should use proper 

materials and corrosive treatment. Installation 

the modules should have proper ventilation.   

Clearance behind the modules is required to 

permit air circulation and cooler module 

operation. Elevated temperatures lower 

operating voltage and power, and shorten 

module lifetime. Clearance of 1/4 inch (6.35mm) 

or more between modules is required to allow 

for thermal expansion of the frames. 

The recommended standoff height is 4.5 inch 

(about 115 mm). If other mounting means are 

employed it would cause unpredictable effect. 

Figure 1: 

 

 

 

 

 

 

 

Mounting holes for normal installation 

Module must be securely attached to the 

mounting structure using 8 holes for normal 

installation as indicated in figure 1. Load 

calculations shall be done by the system 

designer or installer. 

Each hole shall be installed in the order as in 

the following figure. 

Figure 2: 

 

 

 

 

 

 

 

 

For your reference,please use the components 

specified in below: 

1.Bolt(inside hexagonal) 

   Material:Stainless Steel 

   Size and Length: M8*16mm 

(M6*16 for TSP-54&TS*-60) 

2.Washer 

Material:Stainless Steel 

   Size:M8 (M6*16 for TSP-54&TS*-60) 

3.Spring Washer 

   Material: Stainless Steel 

   Size:M8 (M6*16 for TSP-54&TS*-60) 

4.Nut 

   Material: Stainless Steel 

   Size:M8 (M6*16 for TSP-54&TS*-60) 

Remark: TS*-60 means TSM-60 & TSP-60 

Recommended torque is between 14N.m to 

20N.m. 

Modules should be mounted using specialized 

clamps as shown in Figure 3. 

1.Modules should be attached on a supporting 

structure rail by metal clamps. It is recommended 

to use the clamps under the following condition or 

approved by the system installation.

 

At the edge 

installation, using the similar clamp which can be 

matched to the clamp in figure 3. 

2.Recommended bolt (M8) torque rang:18N.m to 

24N.m. 

3.The Modules clamps must not contact the front 

glass or deform the frame in any way. Avoid 

shading effects from the Module clamps. 

Drainage holes on the Modules frame must not 

be closed or obscured by the clamps. 

Summary of Contents for TSM175-72

Page 1: ...ificially concentrate sunlight onto the modules 2 INTRODUCTIONS TRUNSUN SOLAR modules come in various sizes to satisfy a full range of applications Each module is made of crystalline silicon cells To...

Page 2: ...essures greater than 112 9pounds per square foot 551Kg m2 of uniformly distributed wind snow or other loading The modules have been tested by TUV for a maximum front loading of 5400Pa backside loading...

Page 3: ...cture using 8 holes for normal installation as indicated in figure 1 Load calculations shall be done by the system designer or installer Each hole shall be installed in the order as in the following f...

Page 4: ...ion required to mount the module must be properly sealed to prevent leaks 5 In some cases a special support frame may be necessary 6 The roof installation of solar modules may affect the fireproofing...

Page 5: ...g and support frames suitable for use in a solar electric system Always use the same type of module within a particular photovoltaic system 6 ELECTRICAL INSTALLAIONS 6 1 Bypass diodes Modules contain...

Page 6: ...ame of module All module frames should be grounded for safety The grounding connections between modules must be approved by a qualified electrician the grounding itself must be made by a qualified ele...

Page 7: ...er additional wires with pre attached connectors may be used The wire shall be PV wire or USE 2 wire the connectors shall be manufactured by Multi Contact USA with model type PV KBT4 6II UR female and...

Page 8: ...to as little as 5 of full sunlight and both current and power increase with light intensity Do not touch live parts of cables and connectors As an additional precaution use insulated tools and rubber...

Page 9: ...talled by the manufacturer Do not treat the back of the module with paint or adhesives If not otherwise specified it is recommended that requirements of the latest local national or regional electrica...

Page 10: ...crystalline silicon PV module TSMxxx 72 NOTE TSM 72 Electrical Specification and Mechanical Specification can be found in the last page Electrical Specification and Mechanical Specification D C down...

Page 11: ...crystalline silicon PV module TSPxxx 54 NOTE TSP 54 Electrical Specification and Mechanical Specification can be found in the last page Electrical Specification and Mechanical Specification D C down...

Page 12: ...crystalline silicon PV module TSMxxx 60 NOTE TSM 60 Electrical Specification and Mechanical Specification can be found in the last page Electrical Specification and Mechanical Specification D C down...

Page 13: ...crystalline silicon PV module TSMxxx 60 NOTE TSM 60 Electrical Specification and Mechanical Specification can be found in the last page Electrical Specification and Mechanical Specification D C down...

Page 14: ...crystalline silicon PV module TSPxxx 60 NOTE TSP 60 Electrical Specification and Mechanical Specification can be found in the last page Electrical Specification and Mechanical Specification D C down...

Page 15: ...crystalline silicon PV module TSPxxx 60 NOTE TSP 60 Electrical Specification and Mechanical Specification can be found in the last page Electrical Specification and Mechanical Specification D C down...

Page 16: ...crystalline silicon PV module TSMxxx 72 NOTE TSM 72 Electrical Specification and Mechanical Specification can be found in the last page Electrical Specification and Mechanical Specification D C down...

Page 17: ...crystalline silicon PV module TSMxxx 72 NOTE TSM 72 Electrical Specification and Mechanical Specification can be found in the last page Electrical Specification and Mechanical Specification D C down...

Page 18: ...crystalline silicon PV module TSPxxx 72 NOTE TSP 72 Electrical Specification and Mechanical Specification can be found in the last page Electrical Specification and Mechanical Specification D C down...

Page 19: ...crystalline silicon PV module TSPxxx 72 NOTE TSP 72 Electrical Specification and Mechanical Specification can be found in the last page Electrical Specification and Mechanical Specification D C down...

Page 20: ...4 6 9 17 5 1480 991 50 35 195 1000 30 80 8 50 25 70 7 59 13 3 A C 15 32 1 TSP200 54 Poly 54 6 9 17 5 1480 991 50 35 200 1000 31 30 8 58 26 10 7 66 13 6 A C 15 31 1 TSP205 54 Poly 54 6 9 17 5 1480 991...

Page 21: ...5 25 1 TSM275 60 Mono 60 6 10 18 5 1650 991 40 28 275 1000 39 36 9 09 32 55 8 45 16 8 A C 15 25 1 TSM280 60 Mono 60 6 10 18 5 1650 991 40 28 280 1000 39 48 9 21 32 72 8 56 17 1 A C 15 25 1 TSM285 60 M...

Page 22: ...5 21 1 TSM300 72 Mono 72 6 12 22 5 1956 991 45 35 300 1000 46 55 8 53 37 65 7 97 15 5 A C 15 21 1 TSM305 72 Mono 72 6 12 22 5 1956 991 45 35 305 1000 46 68 8 62 37 89 8 05 15 7 A C 15 21 1 TSM310 72 M...

Page 23: ...21 1 TSP315 72 Poly 72 6 12 22 5 1956 991 45 35 315 1000 46 58 8 81 37 91 8 31 16 3 A C 15 21 1 TSP320 72 Poly 72 6 12 22 5 1956 991 45 35 320 1000 46 72 8 89 38 19 8 38 16 5 A C 15 21 1 TSP325 72 Po...

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