SHUTIt
BADASS™
ENGINEERED GATE HARDWARE SOLUTIONS
Finding the right ® Shut-It hinge for your gate
Version 1 - 01-2024 Shut-It® V1 - 01-2024
LED I USA
A
B
N
ZINC PLATED
SSEM
5 YEARS ON BEARINGS
ShutIt ® Hinge Range Chart 1
Chart 3
Chart 4
CI3600 Baby – Steel to Steel CI3620 Baby ‘Rusted’ – Steel to Steel
CI3700 Bolt-on CI3700B Bolt-on Powder coat
CI3500 Heavy Duty – Steel to Steel
CI3650 Baby - Aluminum CI3670 Baby - Steel to Aluminium
CI3750 Baby Bolt-on – Steel to Steel CI3750B Baby Bolt-on Powder coat
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CI3770 Half Bolt-on – Steel to Steel
CI2051 Bolt-on 102mm – Steel to Steel CI2053 Bolt-on 152mm – Steel to Steel CI2054 Bolt-on 203mm – Steel to Steel CI3000 Original – Steel to Steel CI3000R Center Mount Original (Concaved) CI3100 Original – Steel to Steel ‘Rusted’
CI3520 100 Year – Steel to Steel
CI3900 Strap-Hinge 152mm (6”) CI3925 Strap-Hinge 245mm (10”) CI3975 Uphill Hinge Set – Steel to Steel CI3950 Barrel Bolt or Weld-on
CI3050 Face Mount Weld-On
Chart 2
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CI3200 Combo – Alum to Steel CI3300 Combo – Steel to Alum CI3075 VersaWeld™ Hinge CI3400 Aluminium – Alum to Alum CI3800 Stainless Steel – 100% Stainless
CI3780 Half Bolt-on – Steel to Alum
CLICK HERE FOR MAXIMUM GATE WEIGHTS
Shut-It® V1 - 01-2024
CI3720 Face Mount Bolt-on CI3720B Face Mount Bolt-on Powder coat
CLICK HERE FOR MAXIMUM GATE WEIGHTS
How to measure your gate
Gate Height (m)
Hinge Spacing (m)
The calculated gate weight charts in this document are based on a symmetrical design where the center of gravity can be determined.
Shut-It® V1 - 01-2024
Gate Width (m)
Chart 1 Calculated Maximum Gate Weight (140kg)
2.4
140
140
140
140
100
64
2
2.3
140
140
140
121
78
45
1.8
2.1
140
140
140
96
56
27
1.7
2.0
140
140
121
71
35
1.8
140
140
91
45
1.4
1.7
140
131
68
27
1.2
1.5
140
102
45
1.1
1.4
140
74
23
1.0
1.2
121
45
1.1
83
17
0.9
45 0.9
1.2
1.5
Hinge Spacing (m)
Gate Height (m)
This calculation is a guideline only and used for the purpose of estimating. Depending on the materials used and the design, the gate weight may differ. The calculated maximum gate weight excludes the weight of the hardware, e.g., latches and drop bolts, which needs to be considered. In the case of borderline load requirements, use a higher weight capacity hinge for maximum safety. Where welding is required, it is suggested to follow sound engineering practices. If weather conditions such as wind plays a role, use hinge combinations with a higher weight capacity. The chart provides an overview of maximum load value for a pair of hinge type, taking into consideration the ratio of the width and height of the gate as well as the hinge spacing. Refer to page 3 on how to measure the hinge spacing. Note - Adding a 3rd hinge does not significantly increase the maximum gate weight.
0.9 These gate dimensions are over max gate weight capacity. Refer to Charts 2, 3 and 4 for other hinge considerations. 1.5
1.8
2.1
0.8 0.7
2.4
Gate Width (m) Recommended hinges for gate weight CI3600
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CI3620
CI3650
CI3670
CI3750
CI3750B
Chart 2 Calculated Maximum Gate Weight (270kgs)
2.4
270
270
270
270
270
255
212
176
147
121
100
2
2.3
270
270
270
270
270
222
181
149
121
98
78
1.8
2.1
270
270
270
270
235
188
151
121
96
75
56
1.7
2.0
270
270
270
251
197
155
121
94
71
51
1.8
270
270
270
208
159
121
91
66
45
1.7
270
270
235
175
131
96
68
45
1.5
270
270
197
143
102
71
45
1.4
270
227
159
110
74
45
1.2
270
181
121
78
45
1.1
215
136
83
45
0.9
159
91
45
1.2
1.5
1.8
2.1
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CI3400
1.2 1.1 1.0
These gate dimensions are over max gate weight capacity. Refer to Charts 3 and 4 for other hinge considerations. 2.4
2.7
Recommended hinges for gate weight CI3300
1.4
0.9
Gate Width (m)
CI3200
1.5
CI3780
3.0
3.3
3.6
3.9
4.2
0.8 0.7
Hinge Spacing (m)
Gate Height (m)
This calculation is a guideline only and used for the purpose of estimating. Depending on the materials used and the design, the gate weight may differ. The calculated maximum gate weight excludes the weight of the hardware, e.g., latches and drop bolts, which needs to be considered. In the case of borderline load requirements, use a higher weight capacity hinge for maximum safety. Where welding is required, it is suggested to follow sound engineering practices. If weather conditions such as wind plays a role, use hinge combinations with a higher weight capacity. The chart provides an overview of maximum load value for a pair of hinge type, taking into consideration the ratio of the width and height of the gate as well as the hinge spacing. Refer to page 3 on how to measure the hinge spacing. Note - Adding a 3rd hinge does not significantly increase the maximum gate weight.
Chart 3 Calculated Maximum Gate Weight (450kgs)
2.4
450
450
450
450
381
310
255
212
176
147
121
100
2
2.3
450
450
450
424
337
272
222
181
149
121
98
78
1.8
2.1
450
450
450
373
294
235
188
151
121
96
75
56
1.7
2.0
450
450
424
323
251
197
155
121
94
71
51
1.8
450
450
363
272
208
159
121
91
66
45
1.7
450
442
318
235
175
131
96
68
45
1.5
450
386
272
197
143
102
71
45
1.4
450
329
227
159
110
74
45
1.2
424
272
181
121
78
45
1.1
348
215
136
83
45
0.9
272
159
91
45
0.9
1.2
1.5
1.8
2.1
1.5 1.4 1.2 1.1 1.0 0.9
These gate dimensions are over max gate weight capacity. Refer to Chart 4 for other hinge considerations. 2.4
Hinge Spacing (m)
Gate Height (m)
This calculation is a guideline only and used for the purpose of estimating. Depending on the materials used and the design, the gate weight may differ. The calculated maximum gate weight excludes the weight of the hardware, e.g., latches and drop bolts, which needs to be considered. In the case of borderline load requirements, use a higher weight capacity hinge for maximum safety. Where welding is required, it is suggested to follow sound engineering practices. If weather conditions such as wind plays a role, use hinge combinations with a higher weight capacity. The chart provides an overview of maximum load value for a pair of hinge type, taking into consideration the ratio of the width and height of the gate as well as the hinge spacing. Refer to page 3 on how to measure the hinge spacing. Note - Adding a 3rd hinge does not significantly increase the maximum gate weight.
2.7
3.0
3.3
CI3000R
CI3050
3.6
3.9
0.8 0.7
4.2
Gate Width (m) Recommended hinges for gate weight CI3700
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CI3700B
CI3770
CI2051 / CI2053 / CI2054
CI3000
CI3075
CI3800
CI3720
CI3720B
Chart 4 Calculated Maximum Gate Weight (680kgs)
2.4
680
680
680
680
680
680
680
680
661
2
2.3
680
680
680
680
680
680
680
656
596
1.8
2.1
680
680
680
680
680
680
680
586
532
1.7
2.0
680
680
680
680
680
644
575
517
467
1.5
1.8
680
680
680
680
635
561
499
447
402
1.4
1.7
680
680
680
650
567
499
442
395
353
1.2
1.5
680
680
680
575
499
437
386
342
305
1.1
1.4
680
680
584
499
431
376
329
290
256
1.0
1.2
680
596
499
424
363
313
272
238
208
0.9
1.1
612
499
414
348
295
252
215
185
159
0.8
0.9
499
402
329
272
227
190
159
133
110
0.7
1.8
2.1
2.4
2.7
3.0
3.3
3.6
3.9
4.2
Gate Width (m) Recommended hinges for gate weight CI3500
Back to hinge selector Shut-It® V1 - 01-2024
CI3520
CI3900 / CI3925 / CI3975
CI3950
Hinge Spacing (m)
Gate Height (m)
This calculation is a guideline only and used for the purpose of estimating. Depending on the materials used and the design, the gate weight may differ. The calculated maximum gate weight excludes the weight of the hardware, e.g., latches and drop bolts, which needs to be considered. In the case of borderline load requirements, use a higher weight capacity hinge for maximum safety. Where welding is required, it is suggested to follow sound engineering practices. If weather conditions such as wind plays a role, use hinge combinations with a higher weight capacity. The chart provides an overview of maximum load value for a pair of hinge type, taking into consideration the ratio of the width and height of the gate as well as the hinge spacing. Refer to page 3 on how to measure the hinge spacing. Note - Adding a 3rd hinge does not significantly increase the maximum gate weight.