Trinasolar DE09M.05 Solar Panel User Manual
- June 3, 2024
- Trinasolar
Table of Contents
Trinasolar DE09M.05 Solar Panel
This document is intended to add mounting options in addition to the already
existing and described methods within the Trina Solar User Manuals.
In order to achieve the best use of installation of systems, mounting system
shall be designed or selected according to the project requirements. Fixation
(including bolts, clamps, hooks, etc.) used in a system shall not be failure
(malfunctioned to cause loose or any other issues which may damage the PV
modules) in any circumstance. Trina Solar recommends a minimum clamp length of
50 mm (1.97 inch) with thickness of ≥3 mm (0.12 inch) for highstrength metal
clamps.
INSTALLATION
Short side clamping with 4 clamps and rail underneath the module short side
Graphic view | Description |
---|---|
**** | Clamp position can be within the range 0 – xxx mm (clamping range |
refers to Table 1) for all 4 clamps attached to the module short side; clamping range can be asymmetrical, clamp 1 & 2 can have a different position from the module edge compared to clamp 3 & 4.
Legend
| Solid mounting rail under the module which fully supports the module
frame from underneath and is also used to fix the clamps into.
---|---
| Module clamp which has to fulfill Trina’s minimum requirements in terms
of grip length and grip depth.
Table 1: Maximum mechanical test loads and clamping ranges for option 1.
Product Code| Maximum Test Load (Front side +)| Maximum Test Load
(Back side -)| Clamping range (A)
---|---|---|---
DE09 DE09.08 DE09.05| ****
2400 Pa
| ****
2000 Pa
| ****
0 – 200mm
DE08M(II) DE08M.08(II) DD08M.08(II)| ****
2000 Pa
| ****
1800 Pa
| ****
0 – 200mm
DEG8MC.20(II)| 1800 Pa| 1600 Pa| 0 – 200mm
DE06M.08(II) DE06M(II) DD06M.05(II) DE06X.05(II)| ****
2000Pa
| ****
1800 Pa
| ****
0 – 200mm
DE15M(II)| 1600 Pa| 1000 Pa| 0 – 200mm
DEG15MC.20(II) PEG15H.20| 1600 Pa| 1000 Pa| 0 – 200mm
DE15V(II)| 1200 Pa| 800 Pa| 0 – 200mm
DEG15VC.20(II)| 1300 Pa| 1000 Pa| 0 – 200mm
DE17M(II)| 1600 Pa| 1000 Pa| 0 – 200mm
DEG17MC.20(II)| 1600 Pa| 1000 Pa| 0 – 200mm
DE18M(II)| 1200 Pa| 1000 Pa| 0 – 200mm
DEG18MC.20(II)| 1300 Pa| 1000 Pa| 0 – 200mm
DE19 DEG19C.20| 1200 Pa| 800 Pa| 0 – 200mm
DE20 DEG20C.20| 1200 Pa| 800 Pa| 0 – 200mm
DE21 DEG21C.20| 1200 Pa| 800 Pa| 0 – 200mm
Short side slide-in/insertion
Graphic view
Description
Module short sides are inserted into slide-in rails completely.
Legend
Solid mounting rail supporting the module frame from underneath and from the top (C-shape type of rail) in which the module frame is held, no clamp needed.
Table 2: Maximum mechanical test loads for option 2.
Product Code| Maximum Test Load (Front side +)| Maximum Test Load
(Back side -)
---|---|---
DE09 DE09.08 DE09.05| ****
2400 Pa
| ****
2000 Pa
DE08M(II) DE08M.08(II) DD08M.08(II)| ****
2000 Pa
| ****
1800 Pa
DEG8MC.20(II)| 1800 Pa| 1600 Pa
DE06M.08(II) DE06M(II) DD06M.05(II) DE06X.05(II)| ****
2000 Pa
| ****
1800 Pa
DE15M(II)| 1000 Pa| 1000 Pa
DEG15MC.20(II) PEG15H.20| 1000 Pa| 1000 Pa
DE15V(II)| 1200 Pa| 800 Pa
DEG15VC.20(II)| 1300 Pa| 1000 Pa
DE17M(II)| 1000 Pa| 1000 Pa
DEG17MC.20(II)| 1000 Pa| 1000 Pa
DE18M(II)| 1000 Pa| 1000 Pa
DEG18MC.20(II)| 1000 Pa| 1000 Pa
DE19 DEG19C.20| 1200 Pa| 800 Pa
DE20 DEG20C.20| 1200 Pa| 800 Pa
DE21 DEG21C.20| 1200 Pa| 800 Pa
Short side clamping with 4 clamps and only punctual support underneath module frame
Graphic view | Description |
---|---|
Clamp position can be within the range 0 – xxx mm (clamping range refers to |
Table 3) for all 4 clamps attached to the module short side, clamping range can be asymmetrical, clamp 1&2 can have a different position form the module edge compared to clamp 3 & 4.
Legend
Module clamp which has to fulfill Trina’s minimum requirements in terms of grip length and grip depth.
Table 3: Maximum mechanical test loads and clamping ranges for option 3.
Product Code| Maximum Test Load (Front side +)| Maximum Test Load
(Back side -)| Clamping range (A)
---|---|---|---
DE09 DE09.08 DE09.05| ****
2400 Pa
| 1800 Pa| ****
0 – 200mm
DE08M(II) DE08M.08(II) DD08M.08(II)| ****
1800 Pa
| ****
1800 Pa
| ****
0 – 200mm
DEG8MC.20(II)| 1600 Pa| 1600 Pa| 0 – 200mm
DE06M.08(II) DE06M(II) DD06M.05(II) DE06X.05(II)| ****
1800 Pa
| ****
1800 Pa
| ****
0 – 200mm
DE15M(II)| 1600 Pa| 1000 Pa| 0 – 200mm
DEG15MC.20(II) PEG15H.20| 1600 Pa| 1000 Pa| 0 – 200mm
DE15V(II)| 1200 Pa| 800 Pa| 0 – 200mm
DEG15VC.20(II)| 1300 Pa| 1000 Pa| 0 – 200mm
DE17M(II)| 1600 Pa| 1000 Pa| 0 – 200mm
DEG17MC.20(II)| 1600 Pa| 1000 Pa| 0 – 200mm
DE18M(II)| 1300 Pa| 1000 Pa| 0 – 200mm
DEG18MC.20(II)| 1300 Pa| 1000 Pa| 0 – 200mm
DE19 DEG19C.20| 1200 Pa| 800 Pa| 0 – 200mm
DE20 DEG20C.20| 1200 Pa| 800 Pa| 0 – 200mm
DE21 DEG21C.20| 1200 Pa| 800 Pa| 0 – 200mm
Long side clamping and only punctual support underneath module frame
Graphic view | Description |
---|---|
**** | Clamp position can be within the range xxx – xxx mm (clamping range |
refers to Table 4) for all 4 clamps attached to the module long side; the clamps 1 & 3 can have a different distance to the edge than the clamps 2 & 4 (asymmetrical clamping).
Legend
Module clamp which has to fulfill Trina’s minimum requirements in terms of grip length and grip depth.
Table 4: Maximum mechanical test loads and clamping ranges for option 4.
Product Code| Maximum Test Load (Front side +)| Maximum Test Load
(Back side -)| Clamping range
---|---|---|---
A| B
DE09| | | |
DE09.08| 2400 Pa| 2000 Pa| 100| 500
DE09.05| | | |
DE09 DE09.08| ****
3600 Pa
| 3000 Pa| ****
200
| ****
400
DE09.05| | | |
DE08M(II) DE08M.08(II) DD08M.08(II)| ****
1800 Pa
| ****
1800 Pa
| ****
100
| ****
600
DEG8MC.20(II)| 1800 Pa| 1800 Pa| 100| 600
DE06M.08(II)| | | |
DE06M(II) DD06M.05(II)| 1800 Pa| 1800 Pa| 100| 600
DE06X.05(II)| | | |
DE15M(II)| 1800 Pa| 1800 Pa| 200| 600
DEG15MC.20(II)| 1800 Pa| 1800 Pa| 200| 600
DE15V(II) DEG15VC.20(II)| 1200 Pa| 1200 Pa| 200| 600
DE17M(II)| 1800 Pa| 1800 Pa| 200| 600
DEG17MC.20(II)| 1800Pa| 1800 Pa| 200| 600
DE18M(II)| 1700 Pa| 1700 Pa| 200| 600
DEG18MC.20(II)| 1700 Pa| 1700 Pa| 200| 600
Long side 4 points clamping with crossbeam
Graphic view | Description |
---|---|
**** | Clamp position can be within the range xxx – xxx mm (clamping range |
refers to Table 5) for all 4 clamps attached to the module long side; the clamps 1 & 3 can have a different distance to the edge than the clamps 2 & 4 (asymmetrical clamping).
Legend
Module clamp, which has to fulfill Trina’s minimum requirements in terms of grip length and grip depth. Higher load as per Installation Manual.
Table 5: Maximum mechanical test loads and clamping ranges for option 5.
Product Code
| Maximum Test Load (Front side +)| Maximum Test Load (Back side -)|
Clamping range
---|---|---|---
A| B
DE08M(II) DE08M.08(II) DD08M.08(II)| ****
1800 Pa
| ****
1800 Pa
| ****
100
| ****
600
DE08M(II) DE08M.08(II) DD08M.08(II)| ****
2000 Pa
| ****
2000 Pa
| ****
200
| ****
500
DE09 DE09.08 DE09.05| ****
2400 Pa
| ****
2000 Pa
| ****
100
| ****
500
DE09 DE09.08 DE09.05| ****
3600 Pa
| ****
3000 Pa
| ****
200
| ****
400
DE15V(II) DEG15VC.20(II)| 1000 Pa| 800 Pa| 100| 600
DE15V(II) DEG15VC.20(II)| 1200 Pa| 1200 Pa| 200| 500
DD06M.05(II) DE06X.05(II)| 1800 Pa| 1800 Pa| 100| 600
DD06M.05(II) DE06X.05(II)| 2000 Pa| 2000 Pa| 200| 500
Short side 4 points clamping with crossbeam
Graphic view | Description |
---|---|
Clamp position can be within the range xxx – xxx mm (clamping range refers |
to Table 6) for all 4 clamps attached to the module long side; the clamps 1 & 2 can have a different distance to the edge than the clamps 3 & 4 (asymmetrical clamping).
Legend
Module clamp, which has to fulfill Trina’s minimum requirements in terms of grip length and grip depth.
Table 6: Maximum mechanical test loads and clamping ranges for option 6.
Product Code| Maximum Test Load (Front side +)| Maximum Test Load
(Back side -)| Clamping range (A)
---|---|---|---
DE09 DE09.08 DE09.05| ****
2400 Pa
| ****
2400 Pa
| ****
150-250
DE17M(II)| 1800 Pa| 1200 Pa| 150-250
DE18M(II)| 1600 Pa| 1000 Pa| 150-250
DE08M(II) DE08M.08(II) DD08M.08(II)| ****
2400 Pa
| ****
2400 Pa
| ****
150-250
Four long side clamps (1-4) and only punctual support underneath module frame and two additional punctual support points (5 & 6) with/without clamps
Graphic view | Description |
---|---|
**** | Clamp position can be within the range xxx – xxx mm (clamping range |
refers to Table 7) for all 4 clamps attached to the module long side; the clamps 1 & 3 can have a different distance to the edge than the clamps 2 & 4 (asymmetrical clamping); the support points 5 & 6 use with clamps.
Legend
Module clamp, which has to fulfill Trina’s minimum requirements in terms of grip length and grip depth. Higher load as per Installation Manual.
Table 7: Maximum mechanical test loads and clamping ranges for option 7.
Product Code
| Maximum Test Load (Front side +)| Maximum Test Load (Back side -)|
Clamping range
---|---|---|---
A| B| C
DE09| | | | |
DE09.08| 3600 Pa| 2400 Pa| 0-200| 0-200| 400
DE09.05| | | | |
DE18M(II)| 2400 Pa| 1800 Pa| 0-200| 0-200| 400
DE15V(II) DEG15VC.20(II)| ****
2100 Pa
| ****
1500 Pa
| ****
0-200
| ****
0-200
| ****
400
DE06X.05(II)| 3600 Pa| 2400 Pa| 0-200| 0-200| 400
NOTE:
The support points 5 & 6 can also use without clamps, if so, the maximum test
load (back side -) will be
- 1800 Pa for DE09 / DE09.08 / DE09.05
- 1500 Pa for DE18M(II)
- 800 Pa for DE15V(II) / DEG15VC.20(II)
- 1800 Pa for DE06X.05(II)
Four short side clamps (1-4) and only punctual support underneath module frame and two additional punctual support points (5 & 6) with/without clamps
Graphic view | Description |
---|---|
**** | Clamp position can be within the range 0 – xxx mm (clamping range |
refers to Table 8) for all 4 clamps attached to the module short side, clamping range can be asymmetrical, clamp 1 &2 can have a different position form the module edge compared to clamp 3 & 4; the support points 5 & 6 use with clamps.
Legend
Module clamp, which has to fulfill Trina’s minimum requirements in terms of grip length and grip depth.
Maximum mechanical test loads and clamping ranges for option 8.
Product Code
| Maximum Test Load (Front side +)| Maximum Test Load (Back side -)|
Clamping range
---|---|---|---
A| B| C
DE09 DE09.08 DE09.05| 3000 Pa| 2400 Pa| ****
0-200
| ****
0-200
| ****
600
DE08M(II) DE08M.08(II) DD08M.08(II)| ****
2000 Pa
| ****
2000 Pa
| ****
0-200
| ****
0-200
| ****
600
DEG8MC.20(II)| 1800 Pa| 1800 Pa| 0-200| 0-200| 600
DE15V(II) DEG15VC.20(II)| 1500 Pa| 1500 Pa| 0-200| 0-200| 600
DE18M(II)| 1800 Pa| 1800 Pa| 0-200| 0-200| 600
NOTE:
The support points 5 & 6 can also use without clamps, if so, the maximum test
load (back side -) will be
- 1800Pa for DE09 / DE09.05 / DE09.08
- 1800 Pa for DE08M(II) / DE08M.08(II) / DD08M.08(II)
- 1600 Pa for DEG8MC.20(II)
- 800 Pa for DE15V(II) / DEG15VC.20(II)
- 1000 Pa for DE18M(II)
Hybrid clamping with clamps on long and short side and solid rails supporting from underneath
Graphic view
Legend
| Solid mounting rail under the module which fully supports the module
frame from underneath and is also used to fix the clamps into.
---|---
| Module clamp, which has to fulfill Trina’s minimum requirements in
terms of grip length and grip depth.
Maximum mechanical test loads and clamping ranges for option 9.
Product Code
| Maximum Test Load (Front side +)| Maximum Test Load (Back side -)|
Clamping range
---|---|---|---
short side| long side
DE09 DE09.08 DE09.05| ****
2400 Pa
| ****
1800 Pa
| ****
100-250
| ****
250-450
DE08M(II) DE08M.08(II) DD08M.08(II)| ****
1800 Pa
| ****
1800 Pa
| ****
100-250
| ****
250-450
DE15V(II) DEG15VC.20(II)| 1200 Pa| 800 Pa| 100-250| 250-450
DE17M(II)| 1600 Pa| 1000 Pa| 100-250| 250-450
DEG17MC.20(II)| 1600 Pa| 1000 Pa| 100-250| 250-450
DE18M(II)| 1200 Pa| 1000 Pa| 100-250| 250-450
DEG18MC.20(II)| 1300 Pa| 1000 Pa| 100-250| 250-450
Four clamps which are clamping the module flange from underneath on the long side of the module
Graphic view | Description |
---|---|
Four clamps underneath the module are clamping the flange of the long side |
frame, the module frame is punctually supported from underneath.
The clamp position can be within the 0 – xxx mm (clamping range refers to Table 10) for all 4 clamps attached to the module. The clamps 1 & 3 can have a different distance to the edge than the clamps 2 & 4 (asymmetrical clamping).
Legend
****| Module clamps
Table 10: Maximum mechanical test loads and clamping ranges for option 10.
Product Code
| Maximum Test Load (Front side +)| Maximum Test Load (Back side -)|
Clamping range
---|---|---|---
A| B
DE09 DE09.08 DE09.05| 2400 Pa| 2000 Pa| 100| 500
DE08M(II) DE08M.08(II) DD08M.08(II)| 1800 Pa| 1800 Pa| 100| 600
DE15V(II) DEG15VC.20(II)| 1200 Pa| 1200 Pa| 200| 600
DE17M(II)| 1800 Pa| 1800 Pa| 200| 600
DEG17MC.20(II)| 1800 Pa| 1800 Pa| 200| 600
DE18M(II)| 1700 Pa| 1700 Pa| 200| 600
DEG18MC.20(II)| 1700 Pa| 1700 Pa| 200| 600
DD06M.05(II) DE06X.05(II)| 1800 Pa| 1800 Pa| 100| 600
Four clamps which are clamping the module flange from underneath on the short side of the module
Graphic view | Description |
---|---|
**** | Four clamps underneath the module are clamping the flange of the short |
side frame, the module frame is punctually supported from underneath.
The clamp position can be within the 0 – xxx mm (clamping range refers to Table 11) for all 4 clamps attached to the module. The clamps 1 & 2 can have a different distance to the edge than the clamps 3 & 4 (asymmetrical clamping).
Legend
****| Module clamps
Table 11: Maximum mechanical test loads and clamping ranges for option 11.
Product Code| Maximum Test Load (Front side +)| Maximum Test Load
(Back side -)| Clamping range (A)
---|---|---|---
DE09 DE09.08 DE09.05| ****
2400 Pa
| ****
1800 Pa
| ****
0 – 200 mm
DE08M(II) DE08M.08(II) DD08M.08(II)| ****
1800 Pa
| ****
1800 Pa
| ****
0 – 200 mm
DE15V(II)| 1200 Pa| 800 Pa| 0 – 200 mm
DEG15VC.20(II)| 1300 Pa| 1000 Pa| 0 – 200 mm
DE17M(II)| 1600 Pa| 1000 Pa| 0 – 200 mm
DEG17MC.20(II)| 1600 Pa| 1000 Pa| 0 – 200 mm
DE18M(II)| 1300 Pa| 1000 Pa| 0 – 200 mm
DEG18MC.20(II)| 1300 Pa| 1000 Pa| 0 – 200 mm
DD06M.05(II) DE06X.05(II)| 1800 Pa| 1800 Pa| 0 – 200 mm
Trina Solar Co., LtD.
2 Tianhe Road, Tianhe Photovoltaic Industrial Park, Xinbei District.
Changzhou City, Jiangsu Province, P. R. China.
400 988 0000
The Right of Final Interpretation Belongs to Trina Solar.
References
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