Transdev Flexible Shaft Couplings technical data

Technical Data
Size of Coupling Type	Bush Size No.	Torque		Max. Speed* rpm	Moment of Inertia**		Weight of Coupling**
Size of Coupling Type	Bush Size No.	Nominal Nm	Max. Nm	Max. Speed* rpm	Bush Type kgm²	Std. Type kgm²	Bush Type kg	Std. Type kg
7	1008	33	73	7700	0.00085	0.00078	1.0	1.1
9	1108	84	85	6300	0.00115	0.00108	1.7	1.7
11	1610	168	370	5000	0.00400	0.00344	5.0	4.2
13	1610	331	728	4100	0.00780	0.00850	5.5	6.3
15	2012	630	1490	3600	0.01810	0.02112	7.1	9.5
18	2517	998	2300	3000	0.04340	0.04820	16.6	15.0
23	3020	2100	4800	2600	0.12068	0.14052	26.0	28.0
28	3525	3308	7000	2200	0.44653	0.54790	50.0	63.0

Permissable Misalignment Tolerances in mm
Size of Coupling	7	9	11	13	15	18	23	28
Axial Misalignment	+0.2	+0.5	+0.6	+0.8	+0.9	+1.1	+1.3	+1.7
Radial Misalignment	0.3	0.3	0.3	0.4	0.4	0.4	0.5	0.5
Angular Misalignment	0.5	0.5	1.0	1.0	1.5	1.5	2.0	2.5

Coupling Selection Procedure

1. Select service factor (Table 1).

2. Nominal power multiplied by service factor equals temporary designed power K.

3. Designed power K should then be multiplied by factor L (Table 2) and S (Table 3). K x L x S
gives the design power which is used for coupling selection in Table 4.

4. Check from dimensional tables that chosen coupling has room to be mounted.

Service Factors (Table 1)
Type of Load	Driven	Driver
Type of Load	Driven	Electric motors, Light Turbines	Internal Combustion Engine >=4 cylinders	Internal Combustion Engine 1 - 3 cylinders
Uniform No Vibration	Agitators, conveyors, centrifugal pumps and compressors, centrifugal fans, generators and machine tools	1.0	1.4	1.8
Moderate No Vibration	Agitators, conveyors, hoisting equipment, bucket elevators, textile machines, mixers, printing machinery, sawmill machinery, rotary pumps	1.4	2.0	2.4
Substantial Vibrations	Hoisting equipment, calendars, crushers, dredgers, revolving furnaces, print presses, cutting presses, rotary compressors	2.0	2.4	2.8
Heavy Shocks & Vibration	Crushers, extruders, rubber mixers, reciprocating pumps, and conveyors, reciprocating compressors, vibrating screens	2.4	2.8	3.2

Size of Coupling
rpm	KW								rpm	KW
rpm	7	9	11	13	15	18	23	28	rpm	7	9	11	13	15	18	23
100	0.35	0.88	1.75	3.44	6.59	10.43	22.00	34.65	2400	8.33	21.00	42.21	82.60	158.20	250.32	528.23
200	0.69	1.75	3.52	6.88	13.18	20.86	44.02	69.30	2600	9.02	22.76	45.73	89.48	171.38	271.18	572.25
400	1.39	3.51	7.04	13.77	26.37	41.72	88.04	138.60	2800	9.72	24.51	49.25	96.37	184.57	292.04
600	2.08	5.25	10.55	20.65	39.55	62.58	132.06	207.90	3000	10.41	26.26	52.76	103.25	197.75	312.90
800	2.78	7.00	14.07	27.53	52.73	83.44	176.08	277.20	3500	12.15	30.64	61.56	120.46	230.71
1000	3.47	8.75	17.59	34.42	65.92	104.30	220.10	346.50	4000	13.88	35.01	70.35	136.67
1200	4.16	10.50	21.11	41.30	79.10	125.20	264.12	415.80	4500	15.62	39.39	79.14
1400	4.86	12.25	24.62	48.18	92.28	146.02	308.13	485.10	5000	17.35	43.76	87.94
1600	5.55	14.00	27.14	55.07	105.47	166.88	352.15	554.10	5500	19.09	48.14
1800	6.25	15.76	31.66	61.95	118.65	187.74	396.17	623.70	6000	20.82	52.52				Dynamic Balance Required
2000	6.94	17.51	35.18	68.83	131.83	208.60	440.19	693.00	6500	25.56
2200	7.64	19.26	38.69	75.72	145.01	229.46	484.21	762.30	7000	24.30
									7500	26.03

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	Technical Data
	Misalignment Tolerances
	Coupling Selection
	Service Factors
	Operating Hours
	Starting Frequency
	Size of Coupling

Operating Hours Factor (Table 2)					Starting Frequency Factor (Table 3)
>	-	2	8	16	>	-	1	30	60
<=	2	8	16	-	<=	1	30	60	-
L	0.9	1.0	1.1	1.2	S	1.0	1.2	1.3	1.5