Type DAT - Case Hardened

Type DAT - Case Hardened - Image 2

Type DAT - Case Hardened

In demanding and safety-relevant industries, case-hardened RUD chains of RTS, RTD and RTB are the safe partner for every electric hoist. High demands on resistance, wear resistance and reliability are guaranteed to the maximum.

For motor-driven hoists:

For high wear application as per DIN EN 818-7-T
They have an extraordinarily high vibration resistance, which helps to avoid fatigue fractures during operation

Product Variants (18)

3 x 9

Technical Information

Attribute	Value
Dimension d x t in mm	3 x 9
M3 (1Bm) Nominal stress 160 N/mm², Safety factor = 5	230 kg
M4 (1Am) Nominal stress: 140 N/mm² Safety factor = 5,7	200 kg
M5 (2m) Nominal stress: 125 N/mm² Safety factor = 6,4	180 kg
M6 (3m) Nominal stress: 112 N/mm² Safety factor = 7,1	160 kg
Manufacturing proof force	7 kN
Breaking force	11.3 kN
RTS	x
Weight	0.19 kg

4 x 12

Technical Information

Attribute	Value
Dimension d x t in mm	4 x 12
M3 (1Bm) Nominal stress 160 N/mm², Safety factor = 5	410 kg
M4 (1Am) Nominal stress: 140 N/mm² Safety factor = 5,7	350 kg
M5 (2m) Nominal stress: 125 N/mm² Safety factor = 6,4	180 kg
M6 (3m) Nominal stress: 112 N/mm² Safety factor = 7,1	160 kg
Manufacturing proof force	12.6 kN
Breaking force	20.1 kN
RTS	x
RTD	x
RTB	x
Weight	0 kg

5 x 15

Technical Information

Attribute	Value
Dimension d x t in mm	5 x 15
M3 (1Bm) Nominal stress 160 N/mm², Safety factor = 5	640 kg
M4 (1Am) Nominal stress: 140 N/mm² Safety factor = 5,7	560 kg
M5 (2m) Nominal stress: 125 N/mm² Safety factor = 6,4	500 kg
M6 (3m) Nominal stress: 112 N/mm² Safety factor = 7,1	440 kg
Manufacturing proof force	19.6 kN
Breaking force	20.1 kN
RTS	x
RTD	x
RTB	x
Weight	0.54 kg

6.3 x 19

Technical Information

Attribute	Value
Dimension d x t in mm	6.3 x 19
M3 (1Bm) Nominal stress 160 N/mm², Safety factor = 5	1.000 kg
M4 (1Am) Nominal stress: 140 N/mm² Safety factor = 5,7	880 kg
M5 (2m) Nominal stress: 125 N/mm² Safety factor = 6,4	790 kg
M6 (3m) Nominal stress: 112 N/mm² Safety factor = 7,1	710 kg
Manufacturing proof force	31.2 kN
Breaking force	49.9 kN
RTS	x
Weight	0.86 kg

6.3 x 19.1

Technical Information

Attribute	Value
Dimension d x t in mm	6.3 x 19.1
M3 (1Bm) Nominal stress 160 N/mm², Safety factor = 5	1.000 kg
M4 (1Am) Nominal stress: 140 N/mm² Safety factor = 5.7	880 kg
M5 (2m) Nominal stress: 125 N/mm² Safety factor = 6.4	790 kg
M6 (3m) Nominal stress: 112 N/mm² Safety factor = 7.1	710 kg
Manufacturing proof force	31.2 kN
Breaking force	49.9 kN
RTS	x
Weight	0.86 kg

7 x 21

Technical Information

Attribute	Value
Dimension d x t in mm	7 x 21
M3 (1Bm) Nominal stress 160 N/mm², Safety factor = 5	1.250 kg
M4 (1Am) Nominal stress: 140 N/mm² Safety factor = 5.7	1.090 kg
M5 (2m) Nominal stress: 125 N/mm² Safety factor = 6.4	980 kg
M6 (3m) Nominal Stress <=Ø7=90 N/mm², >=Ø8=70 N/mm², SF=7.1	870 kg
Manufacturing proof force	38.5 kN
Breaking force	61.6 kN
RTS	x
RTD	x
RTB	x
Weight	1.1 kg

7.1 x 21.2

Technical Information

Attribute	Value
Dimension d x t in mm	7.1 x 21.2
M3 (1Bm) Nominal stress 160 N/mm², Safety factor = 5	1.290 kg
M4 (1Am) Nominal stress: 140 N/mm² Safety factor = 5.7	1.130 kg
M5 (2m) Nominal stress: 125 N/mm² Safety factor = 6.4	1.000 kg
M6 (3m) Nominal stress: 112 N/mm² Safety factor = 7.1	900 kg
Manufacturing proof force	39.6 kN
Breaking force	63.3 kN
RTS	x
Weight	1.1 kg

8 x 24

Technical Information

Attribute	Value
Dimension d x t in mm	8 x 24
M3 (1Bm) Nominal stress 160 N/mm², Safety factor = 5	1.640 kg
M4 (1Am) Nominal stress: 140 N/mm² Safety factor = 5,7	1.430 kg
M5 (2m) Nominal stress: 125 N/mm² Safety factor = 6,4	1.280 kg
M6 (3m) Nominal stress: 112 N/mm² Safety factor = 7,1	1.140 kg
Manufacturing proof force	50.3 kN
Breaking force	80.4 kN
RTS	x
Weight	1.4 kg

9 x 27

Technical Information

Attribute	Value
Dimension d x t in mm	9 x 27
M3 (1Bm) Nominal stress 160 N/mm², Safety factor = 5	2.070 kg
M4 (1Am) Nominal stress: 140 N/mm² Safety factor = 5.7	1.810 kg
M5 (2m) Nominal stress: 125 N/mm² Safety factor = 6.4	1.620 kg
M6 (3m) Nominal stress: 112 N/mm² Safety factor = 7.1	1.450 kg
Manufacturing proof force	63.6 kN
Breaking force	102 kN
RTS	x
RTD	x
RTB	x
Weight	1 kg

10 x 28

Technical Information

Attribute	Value
Dimension d x t in mm	10 x 28
M3 (1Bm) Nominal stress 160 N/mm², Safety factor = 5	2.560 kg
M4 (1Am) Nominal stress: 140 N/mm² Safety factor = 5.7	2.240 kg
M5 (2m) Nominal stress: 125 N/mm² Safety factor = 6.4	2.000 kg
M6 (3m) Nominal stress: 112 N/mm² Safety factor = 7.1	1.790 kg
Manufacturing proof force	78.5 kN
Breaking force	126 kN
Weight	2.2 kg

10 x 30.2

Technical Information

Attribute	Value
Dimension d x t in mm	10 x 30.2
M3 (1Bm) Nominal stress 160 N/mm², Safety factor = 5	2.560 kg
M4 (1Am) Nominal stress: 140 N/mm² Safety factor = 5.7	2.240 kg
M5 (2m) Nominal stress: 125 N/mm² Safety factor = 6.4	2.000 kg
M6 (3m) Nominal stress: 112 N/mm² Safety factor = 7.1	1.790 kg
Manufacturing proof force	78.5 kN
Breaking force	126 kN
RTS	x
Weight	2.2 kg

11 x 31

Technical Information

Attribute	Value
Dimension d x t in mm	11 x 31
M3 (1Bm) Nominal stress 160 N/mm², Safety factor = 5	3.100 kg
M4 (1Am) Nominal stress: 140 N/mm² Safety factor = 5.7	2.700 kg
M5 (2m) Nominal stress: 125 N/mm² Safety factor = 6.4	2.420 kg
M6 (3m) Nominal stress: 112 N/mm² Safety factor = 7.1	2.160 kg
Manufacturing proof force	95 kN
Breaking force	152 kN
RTS	x
Weight	2.7 kg

11.2 x 34

Technical Information

Attribute	Value
Dimension d x t in mm	11.2 x 34
M3 (1Bm) Nominal stress 160 N/mm², Safety factor = 5	3.200 kg
M4 (1Am) Nominal stress: 140 N/mm² Safety factor = 5.7	2.800 kg
M5 (2m) Nominal stress: 125 N/mm² Safety factor = 6.4	2.500 kg
M6 (3m) Nominal stress: 112 N/mm² Safety factor = 7.1	2.240 kg
Manufacturing proof force	98.5 kN
Breaking force	157.6 kN
RTS	x
Weight	2.7 kg

11.2 x 34.4

Technical Information

Attribute	Value
Dimension d x t in mm	11.2 x 34.4
M3 (1Bm) Nominal stress 160 N/mm², Safety factor = 5	3.200 kg
M4 (1Am) Nominal stress: 140 N/mm² Safety factor = 5.7	2.800 kg
M5 (2m) Nominal stress: 125 N/mm² Safety factor = 6.4	2.500 kg
M6 (3m) Nominal stress: 112 N/mm² Safety factor = 7.1	2.240 kg
Manufacturing proof force	98.5 kN
Breaking force	157.6 kN
RTS	x
Weight	2.7 kg

13 x 36

Technical Information

Attribute	Value
Dimension d x t in mm	13 x 36
M3 (1Bm) Nominal stress 160 N/mm², Safety factor = 5	4.330 kg
M4 (1Am) Nominal stress: 140 N/mm² Safety factor = 5.7	3.780 kg
M5 (2m) Nominal stress: 125 N/mm² Safety factor = 6.4	3.380 kg
M6 (3m) Nominal stress: 112 N/mm² Safety factor = 7.1	3.030 kg
Manufacturing proof force	132.7 kN
Breaking force	212.3 kN
RTS	x
RTB	x
Weight	3.8 kg

16 x 45

Technical Information

Attribute	Value
Dimension d x t in mm	16 x 45
M3 (1Bm) Nominal stress 160 N/mm², Safety factor = 5	6.550 kg
M4 (1Am) Nominal stress: 140 N/mm² Safety factor = 5.7	5.730 kg
M5 (2m) Nominal stress: 125 N/mm² Safety factor = 6.4	5.120 kg
M6 (3m) Nominal stress: 112 N/mm² Safety factor = 7.1	4.590 kg
Manufacturing proof force	201 kN
Breaking force	322 kN
RTS	x
RTB	x
Weight	5.7 kg

23.5¹ x 66

Technical Information

Attribute	Value
Dimension d x t in mm	23.5¹ x 66
M3 (1Bm) Nominal stress 160 N/mm², Safety factor = 5	14.100 kg
M4 (1Am) Nominal stress: 140 N/mm² Safety factor = 5.7	12.370 kg
M5 (2m) Nominal stress: 125 N/mm² Safety factor = 6.4	11.000 kg
M6 (3m) Nominal stress: 112 N/mm² Safety factor = 7.1	9.900 kg
Manufacturing proof force	434 kN
Breaking force	694 kN
RTS	x
Weight	12.2 kg

6 x 18

Technical Information

Attribute	Value
Dimension d x t in mm	6 x 18
M3 (1Bm) Nominal stress 160 N/mm², Safety factor = 5	920 kg
M4 (1Am) Nominal stress: 140 N/mm² Safety factor = 5.7	800 kg
M5 (2m) Nominal stress: 125 N/mm² Safety factor = 6.4	720 kg
M6 (3m) Nominal stress: 112 N/mm² Safety factor = 7.1	640 kg
Manufacturing proof force	28.3 kN
Breaking force	45.2 kN
RTS	x
RTD	x
Weight	0.78 kg

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