Shock Guard Simple Selection Tool
Target varieties
Shock Guard:
TGB series, TGE series, TGX series, TGF series, TGM series, TGK series, TGH series
Use of Content
- When using TSUBAKI Power Transmission Products Information Site Shock Guard Simple Selection Tool (hereinafter referred to as "this tool"), please be sure to read the following usage precautions and disclaimers, and use this tool only if you agree to all of the contents.
- If you do not agree, please refrain from using this tool.
Precautions for use and disclaimers
sizing Shock Guard
- ・We will select the model that best suits your specifications.
- - Select the series for which you want to display the selection results and the method for specifying the trip torque.
- ・Enter the specifications and click the model number selection button.
STEP 1 Select a series
Please select the series for which you want to view the selection results.
* See here for the features of this series.
* Click here for Selection Guide for overload protection devices.
STEP 2 Enter the selection criteria
・Please use “.” for the decimal point and not “,” as the calculation error will occur.
Please select the trip torque specification method from the following three cases.
1. Selection when trip torque is known
Determine the limit value beyond which torque should not be applied based on the strength, load, and other conditions of the machine device,
Use this as the trip torque.
Trip Torque
N・m
Rotational speed
min-1
Shaft Hole Diameter
mm
| series | Torque Guard model number | Standard price/ delivery | Allowable rotation speed judgment |
|---|---|---|---|
| TGB |
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| TGE Type 1 |
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| TGE Type 3 |
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| TGX |
|
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| TGF Type 2 |
|
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| TGF Type 3 |
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| TGM |
|
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| TGZ |
|
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| TGK Type 2 |
|
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| TGH Basic Type |
|
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| TGH Pulley Type |
|
| series | Torque Guard model number | Standard price/ delivery | Allowable rotation speed judgment |
|---|---|---|---|
| TGB |
|
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| TGX |
|
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| TGF Type 5 |
|
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| TGF Type 7 |
|
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| TGM |
|
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| TGZ |
|
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| TGK Type 5 |
|
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| TGK Type 7 |
|
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| TGH |
|
Within the same series, the smallest model number that satisfies the conditions is selected.
2. Selection when torque is calculated from transmission power and rotational speed
Calculate the rated torque from the rotation speed and rated output of the shaft to which the Torque Guard is attached.
The trip torque is calculated by multiplying this by the service factor in Table 1, which depends on the conditions of use.
Please enter your specifications.
Transmission Power
P
=
kW
Service factor
S.F.
=
Rotational speed
n
=
min-1
Shaft Hole Diameter
mm
| S.F. | Operating conditions |
| 1.25 | In the case of normal start/stop and intermittent movement |
| 1.50 | In case of severe shock load and forward/reverse operation |
Trip torque T P = 60000×P×SF/(2π×n)
| series | Trip Torque (N・m) |
Torque Guard model number | Standard price/ delivery | Allowable rotation speed judgment |
|---|---|---|---|---|
| TGB |
|
|||
| TGE Type 1 |
|
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| TGE Type 3 |
|
|||
| TGX |
|
|||
| TGF Type 2 |
|
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| TGF Type 3 |
|
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| TGM |
|
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| TGZ |
|
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| TGK Type 2 |
|
|||
| TGH Basic Type |
|
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| TGH Pulley Type |
|
| series | Trip Torque (N・m) |
Torque Guard Coupling model number |
Standard price/ delivery | Allowable rotation speed judgment |
|---|---|---|---|---|
| TGB |
|
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| TGX |
|
|||
| TGF Type 5 |
|
|||
| TGF Type 7 |
|
|||
| TGM |
|
|||
| TGZ |
|
|||
| TGK Type 5 |
|
|||
| TGK Type 7 |
|
|||
| TGH |
|
Within the same series, the smallest model number that satisfies the conditions is selected.
K = (IL＋It)／Is
Tt = K・Ts＋TL／(1＋K)
TP = S.F.×Tt
Please enter your specifications.
All moment of inertia and torque values are based on the Torque Guard mounting shaft.
Use the converted value.
Drive side moment of inertia
kg・m2
Load moment of inertia
kg・m2
Motor starting torque
(Torque Guard mounting shaft)
N・m
Load Torque
N・m
Service Factor
Maximum rotation speed
min-1
Shaft Hole Diameter
mm
| K | inertia ratio | |
| Is | Drive side moment of inertia | kg･m2 |
| IL | Load moment of inertia | kg･m2 |
| It | Torque Guard moment of inertia | kg･m2 |
| Ts | Motor starting torque | N･m |
| Tt | Starting torque applied to Torque Guard | N･m |
| TL | Load Torque | N･m |
| TP | Trip Torque | N･m |
| S.F. | Service Factor |
| S.F. | Operating conditions |
|---|---|
| 1.25 | In the case of normal start/stop and intermittent movement |
| 1.50 | In case of severe shock load and forward/reverse operation |
| series | I t Torque Guard moment of inertia (kg m 2) |
K inertia ratio |
T t To Torque Guard Starting torque (N・m) |
T P Trip Torque (N・m) |
Torque Guard model number | Standard price / delivery |
Tolerance Rotational speed judgement |
|---|---|---|---|---|---|---|---|
| TGB |
|
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| TGE Type 1 |
|
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| TGE Type 3 |
|
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| TGX |
|
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| TGF Type 2 |
|
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| TGF Type 3 |
|
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| TGM |
|
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| TGZ |
|
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| TGK Type 2 |
|
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| TGH Basic Type |
|
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| TGH Pulley Type |
|
| series | I t Torque Guard moment of inertia (kg m 2) |
K inertia ratio |
T t To Torque Guard Starting torque (N・m) |
T P Trip Torque (N・m) |
Torque Guard Coupling model number |
Standard price / delivery |
Tolerance Rotational speed judgement |
|---|---|---|---|---|---|---|---|
| TGB |
|
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| TGX |
|
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| TGF Type 5 |
|
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| TGF Type 7 |
|
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| TGM |
|
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| TGZ |
|
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| TGK Type 5 |
|
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| TGK Type 7 |
|
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| TGH |
|
Within the same series, the smallest model number that satisfies the conditions is selected.
