hilti tools vibration data

Tool selector 03/2012

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Rotary hammers, combihammers and breakers

Basic tool data Productivity data

Cat

egor

y Tool Dust removal system

Emission sound pressure level*

Triaxial vibration value*

Uncer-tainty K

Time to EAV

Time to ELV

Number of holes to EAV 2.5 m/s2 (ELV 5 m/s2) for drilling diameter [mm]…Hole depth 50 mm Hole depth 100 mm4 5 6 8 10 12 14 16 18 20 22 24 25 26 28 30 32 34 36 38 40

Cor

dles

s ro

tary

ham

mer

s TE2-A DRS-S 86 dB(A) 14.5 m/s2 1.5 m/s² 14 min. 57 min. 129 (516)

119 (476)

47 (188)

36 (144)

TE2-A22 DRS-S 92 dB(A) 15.0 m/s² 1.5 m/s² 13 min. 52 min. 47 (188)

TE4-A22 no 88 dB(A) 11 m/s2 1.5 m/s² 25 min. 100 min. 198 (792)

230 (920)

118 (472)

125 (500)

88 (352)

67 (268)

TE6-A DRS-S 90 dB(A) 11 m/s2 1.5 m/s² 25 min. 99 min. 251 (1004)

219 (876)

94 (376)

75 (300)

61 (244)

45 (180)

TE6-A36-AVR

DRS- TE6-A

88 dB(A) 9 m/s2 1.5 m/s² 37 min. 148 min. 318 (1272)

366 (1464)

162 (648)

185 (740)

139 (556)

90 (360)

TE7-A DRS-M 88 dB(A) 11 m/s2 1.5 m/s² 25 min. 99 min. 228 (912)

237 (948)

126 (504)

112 (448)

85 (340)

69 (276)

35 (140)

Rota

ry h

amm

ers TE1 (02) DRS-S 89 dB(A) 15 m/s2 1.5 m/s² 13 min. 52 min. 133

(532)56

(224)41

(164)

TE2 (all types)

DRS-S 89 dB(A) 16 m/s2 1.5 m/s² 12 min. 47 min. 116 (464)

49 (196)

39 (156)

TE2 (02) (all types)

DRS-S 91 dB(A) 13.5 m/s2 1.5 m/s² 16 min. 66 min. 171 (684)

163 (652)

73 (292)

61 (244)

TE6-S DRS-M 87 dB(A) 11 m/s2 1.5 m/s² 25 min. 99 min. 247 (988)

111 (444)

79 (316)

73 (292)

56 (224)

TE 7 (02) DRS-M 89 dB(A) 11.0 m/s² 1.5 m/s² 25 min. 100 min. 84 (336)

TE7-C DRS-M 89 dB(A) 17 m/s2 1.5 m/s² 10 min. 42 min. 103 (412)

107 (428)

52 (208)

45 (180)

34 (136)

28 (112)

18 (72)

14 (56)

TE16 (all types)


63 (252)

60 (240)

40 (160)

19 (76)

*Emission sound pressure level LpA and triaxial vibration value ahv according to the relevant European Standard EN 60745-2-x. Uncertainty (k): noise 3 dB, vibraion 1.5 m/s2.

Tool selector.Choose the right Hilti tool.



Rotary hammers, combihammers and breakers

Basic tool data Productivity data

Cat

egor

y Tool Dust removal system



Uncer-tainty K

Time to EAV

Time to ELV

Number of holes to EAV 2.5 m/s2 (ELV 5 m/s2) for drilling diameter [mm]…Hole depth 50 mm Hole depth 100 mm4 5 6 8 10 12 14 16 18 20 22 24 25 26 28 30 32 34 36 38 40

Com

biha

mm

ers TE30 DRS-S 90 dB(A) 16.5 m/s2 1.5 m/s² 11 min. 44 min. 60

(240)81

(244)41

(164)19 (76)

TE30-C- AVR


116 (464)

78 (312)

36 (144)

TE30-M- AVR


116 (464)

78 (312)

36 (144)

TE40 DRS-S 93 dB(A) 16.3 m/s2 1.5 m/s² 11 min. 45 min. 52 (208)

29 (116)

20 (80)

TE40- AVR


67 (268)

46 (184)


29 (116)

22 (88)

20 (80)

12 (48)

TE50- AVR


57 (228)

44 (176)

40 (160)

24 (96)

TE56 DRS-S 92 dB(A) 17 m/s2 1.5 m/s² 10 min. 42 min. 47 (188)

29 (116)

22 (88)

17 (68)

13 (52)

TE56- ATC


25 (100)

20 (80)

14 (56)

TE60 ATC AVR(3)

DRS-S 101 dB(A)

7.5 m/s2 1.5 m/s² 53 min. 212 min.

185 (740)

150 (600)

94 (376)

TE60-T- ATC


82 (328)

56 (224)


18 (72)

12 (48)

TE70 DRS-B 99 dB(A) 22 m/s2 1.5 m/s² 6 min. 25 min. 25 (100)

21 (84)

18 (72)

15 (60)

10 (40)

7 (28)

TE70-ATC

DRS-B 99.5 B(A) 22 m/s2 1.5 m/s² 6 min. 25 min. 25 (100)

21 (84)

18 (72)

15 (60)

10 (40)

7 (28)

TE76 DRS-B 91 dB(A) 17 m/s2 1.5 m/s² 10 min. 42 min. 29 (116)

21 (84)

17 (68)

13 (52)

TE 76P- ATC

DRS-B 91 dB(A) 15 m/s2 1.5 m/s² 13 min. 53 min. 37 (148)

26 (104)

22 (88)

16 (64)

TE80 DRS-B 99.5 B(A) 8.8 m/s2 1.5 m/s² 39 min. 155 min. 171 (684)

144 (576)

131 (524)

109 (436)

93 (372)

70 (280)

53 (212)




Basic tool data Productivity dataCategory Tool Dust

removal system



Uncer-tainty K

Time to EAV

Time to ELV

Application Volume till EAV Volume till ELV

Breakers TE 106 DRS-B 90 dB(A) 14 m/s2 1.5 m/s² 15 min. 61 min. chiseling to the wall 4.1 l 16 lTE 300-AVR DRS-B 91 dB(A) 13.5 m/s2 1.5 m/s² 16 min. 64 min. chiseling to the wall 5.0 l 20 lTE 500 DRS-B 94 dB(A) 12.1 m/s2 1.5 m/s² 20 min. 82 min. chiseling to the wall 22.1 l 88 lTE 500-AVR DRS-B 94 dB(A) 10.1 m/s2 1.5 m/s² 29 min. 118 min. chiseling to the wall 31.8 l 127 lTE 700-AVR DRS-B 86.0 dB(A) 6.5 m/s² 1.5 m/s² 71 min. 284 min. chiselling to the wall 60.0 l 240 lTE 706 DRS-B 90 dB(A) 9 m/s2 1.5 m/s² 37 min. 148 min. chiseling to the wall 41.5 l 165 lTE 706-AVR DRS-B 87 dB(A) 5.5 m/s2 1.5 m/s² 99 min. 397 min. chiseling to the wall 111.1 l 444 lTE 805 DRS-B 90 dB(A) 15 m/s2 1.5 m/s² 13 min. 53 min. demolition on floor edge 44.4 l 177 lTE 905-AVR DRS-B 92 dB(A) 8.5 m/s2 1.5 m/s² 42 min. 166 min. demolition on floor edge 139.8 l 559 lTE 1000-AVR DRS-B 87 dB(A) 6.5 m/s2 1.5 m/s² 71 min. 284 min. demolition on floor edge 325.0 l 1300 lTE 1500-AVR DRS-B 89 dB(A) 12 m/s2 1.5 m/s² 21 min. 84 min. demolition on floor edge 145.0 l 580 lTE 3000-AVR no 94 dB(A) 7.0 m/s² 1.5 m/s² 61 min. 244 min. demolition of floor edge 2075 l 8300 l

Combi- hammer

TE 30-C-AVR no 90 dB(A) 11 m/s2 1.5 m/s² 25 min. 100 min. chiseling to the wall 7.0 l 28 lTE 30-M-AVR no 90 dB(A) 11 m/s2 1.5 m/s² 25 min. 100 min. chiseling to the wall 7.0 l 28 lTE 56 DRS-B 92 dB(A) 13 m/s2 1.5 m/s² 18 min. 71 min. chiseling to the wall 14.9 l 59 lTE 60-ATC AVR (3) DRS-BK 101 dB(A) 7 m/s2 1.5 m/s² 61 min. 244 min. chiseling to the wall 56.3 l 225 lTE 60-T-ATC DRS-B 99 dB(A) 8.5 m/s2 1.5 m/s² 42 min. 166 min. chiseling to the wall 34.0 l 136 lTE 60 DRS-B 96 dB(A) 14 m/s2 1.5 m/s² 15 min. 61 min. chiseling to the wall 12.9 l 51 lTE 70 DRS-B 99 dB(A) 18 m/s2 1.5 m/s² 9 min. 37 min. chiseling to the wall 11.9 l 47 lTE 76 DRS-B 91 dB(A) 15 m/s2 1.5 m/s² 13 min. 53 min. chiseling to the wall 14.7 l 58 lTE 80 DRS-B 99.5 dB(A) 8.5 m/s2 1.5 m/s² 42 min. 166 min. chiseling to the wall 56.5 l 225 l


Examples for volume of liter (chiseling to the wall)

Volume in liter Depth in cm Length in cm breadth in cm1 10 x 5 x 202 20 x 10 x 105 20 x 5 x 50

10 10 x 5 x 20020 20 x 10 x 10050 20 x 20 x 125

100 10 x 50 x 200500 20 x 50 x 500

How to read the selector.In this example we compare the TE2-A and TE7-A cordless rotary hammers.A dust removal solution (DRS-M) is available for the TE7-A. The sound pressure level of these tools is shown in the next column. The next two columns show the triaxial vibration value required for a risk analysis and the time the tool can be operated befo-re reaching the exposure action value (EAV) and the

exposure limit value (ELV). The next part of the se-lector shows the number of holes that can be drilled with that tool before reaching the exposure action value or the exposure limit value (in brackets), de-pending on the diameter of the hole. The section marked in grey is the recommended diameter range for the different tools. Please note that the number of 4–8 mm dia. holes given applies to a depth of 50 mm, while for diameters bigger than 8 mm hole

depth is 100 mm. This makes it easier to compare the different tools.

Example: With a TE2-A, you can drill 120 holes 8 mm in diameter and to a depth of 50mm before reaching the exposure action value, while with a TE7-A you can drill 237 holes of the same size before reaching the EAV.



Compact drill drivers


removal system

Emission sound pressure level* LpA*


Uncer-tainty K

Time to EAV

Time to ELV

Work piece Number of holes to EAV 2.5 m/s2

3 4 5 6 8 9 10 11 12Drill drivers

SF 14-A

no 75 dB(A) 2.5 m/s² 1.5 m/s² 480 min.

1920 min.

10 mm mild steel

2300 (9200)

1700 (6800)

1300 (5200)

1100 (4400)

340 (1360)

300 (1200)

270 (1080)

240 (960)

220 (880)

one step

drilling

one step

drilling

one step

drilling

one step

drilling

pre dril-ling (6

mm pre hole)

pre dril-ling (6

mm pre hole)

pre dril-ling (6

mm pre hole)

pre dril-ling (6

mm pre hole)

pre dril-ling (6

mm pre hole)

SF 22-A

no 75 dB(A) 2.5 m/s² 1.5 m/s² 480 min.

1920 min.

10 mm mild steel

1530 (6120)

1150 (4600)

920 (3680)

760 (3040)

450 (1800)

400 (1600)

360 (1440)

330 (1320)

300 (1200)

one step

drilling

one step

drilling

one step

drilling

one step

drilling

pre dril-ling (6

mm pre hole)

pre dril-ling (6

mm pre hole)

pre dril-ling (6

mm pre hole)

pre dril-ling (6

mm pre hole)

pre dril-ling (6

mm pre hole)

Compact drill drivers

SFC 14-A

no 69 dB(A) 2.0 m/s² 1.5 m/s² 750 min.

3000 min.

10 mm mild steel

2500 (10000)

1900 (7600)

1500 (6000)

1300 (5200)

SFC 22-A

no 69 dB(A) 2.0 m/s² 1.5 m/s² 750 min.

3000 min.

10 mm mild steel

4400 (17600)

3300 (13200)

2600 (10400)

2200 (8800)




Impact drilling


removal system



Uncer-tainty K

Time to EAV

Time to ELV

Work piece

Number of holes to EAV 2.5 m/s2

Hole depth: 50 mm 80 mm 90 mm

3 4 5 6 8 9 10 11 12Cordless drills/ drivers

SFH 22-A

no 96 dB(A) 20 m/s2 1.5 m/s² 8 min. 32 min. screed concrete limestone/masonry

300 (1200) 360

(1440)

150 (600) 140 (560)

95(380) 80

(320)SFH 144-A


330 (1320)270

(1080)

140 (560) 110 (440)

110 (440) 55

(220)SFH 151-A

no 93 dB(A) 11.8 m/s2 1.5 m/s² 22 min. 88 min. screed concrete limestone/masonry

250 (1000)330

(1320)

140 (560) 135 (540)

70 (280) 70

(280)SFH 181-A


260 (1040) 500

(2000)

140 (560) 180 (720)

90 (360) 90

(360)Universal hammers

UH 240-A


210 (840)370

(1480)

150 (600) 170 (680)

120 (480) 85

(340)UH 650


260 (1040) 280

(1120)

140 (560) 115 (460)

70 (280) 45

(180)


Impact drilling


removal system



Uncer-tainty K

Time to EAV

Time to ELV

Work piece Number of holes to EAV 2.5 m/s2

3 4 5 6 8 9 10 11 12Cordless drills/ drivers

SFH 22-A

no 96 dB(A) 20 m/s2 1.5 m/s² 8 min.

32 min.

10 mm mild steel

1600 (6400)

1200 (4800)

1000 (4000)

800 (3200)

430 (1720)

380 (1520)

340 (1360)

310 (1240)

290 (1160)

one step

drilling

one step

drilling

one step

drilling

one step

drilling

pre dril-ling

(6 mm pre hole)

pre dril-ling

(6 mm pre hole)

pre dril-ling

(6 mm pre hole)

pre dril-ling

(6 mm pre hole)

pre dril-ling

(6 mm pre hole)




Diamond coring toolsHand-held diamond core drilling with water in non reinterced concrete

Basic tool data Productivity dataTool Dust

removal system



Uncer-tainty K

Time to EAV

Time to ELV

Core bit length or type

Number of holes till EAV 2.5 m/s2 (ELV 5 m/s2) for coring diameter [mm]

Hole depth 100 mm8 12 16 18 20 24 28 35 52 66

DD EC 1 wet 87 dB(A) 10 m/s² 1.5 m/s² 30 min. 120 min. 150 mm 120 (480)

110 (440)

100 (400)

17 m/s² 2.0 m/s² 10 min. 40 min. 300 mm 47 (188)

28 (112)

DD 130 wet 89 dB(A) 5 m/s² 1.5 m/s² 120 min. 480 min. HWC 90 (360)

40 (160)

DD 110-W wet 84 dB(A) 4.6 m/s² 1.5 m/s² 142 min. 568 min. HWC 200 (800)

80 (320)

DD 150 U wet 87 dB(A) 7 m/s² 1.5 m/s² 61 min. 244 min. HWC 66/ 350HWC

30(120)

min./max. Diameter range (recommendation)*Emission sound pressure level LpA and triaxial vibration value ahv according to the relevant European Standard EN 60745-2-x. Uncertainty (k): noise 3 dB, vibraion 1.5 m/s2.

Impact fastening


removal system



Uncer-tainty K

Time to EAV

Time to ELV

Work piece Screw type Number of screw settings to EAV 2.5 m/s2 (ELV 5 m/s2)

Impact drivers/ wrenches

SI 100 no 95 dB(A) 8.4 m/s² 1.5 m/s² 43 min. 172 min. concrete HUS H 12.5 (10 mm) 635 (2540) 1600 (6400) 800 (3200) 740 (2960) 370 (1480) 1600 (6400) 625 (2500) 300 (1200) 420 (1600) 170 (680) 110 (440) 70 (280) 22 (88)

SID/SIW 14-A

no 83 dB(A) 7.5 m/s² 1.5 m/s² 53 min. 212 min. steel M12 metal screw83 dB(A) 7.5 m/s² 1.5 m/s² 53 min. 212 min. concrete HUS H 6 screw (6 mm)

SID/SIW 22-A

no 86 dB(A) 11.0 m/s² 1.5 m/s² 25 min. 100 min. steel M12 metal screw86 dB(A) 11.0 m/s² 1.5 m/s² 25 min. 100 min. concrete HUS H 7,5 screw (6 mm)

SID/SIW 121-A

no 85 dB(A) 7.4 m/s2 1.5 m/s² 55 min. 220 min. steel M12 metal

SID/SIW 144-A

no 93 dB(A) 12 m/s2 1.5 m/s² 21 min. 84 min. steel steel

M12 metal HUS H 7.5 (6 mm)

SIW 22T-A no 97 dB(A) 14.5 m/s2 1.5 m/s² 14 min. 56 min. steel concrete concrete concrete wood

M20 metal HUS H 10.5 (8 mm) HUS H 12.5 (10 mm) HUS H 16.5 (14 mm) 12 X wood (240 mm)

Screw-drivers

TKI 2500 no 97 dB(A) 12.3 m/s2 1.5 m/s² 20 min. 80 min. screed concrete M10 metal 120 (480) 85 (340) 3000 (1200)5200 (20800)1500 (6000)2700 (10800)540 (2160)800 (3200)

12.3 m/s2 1.5 m/s² 20 min. 80 min. limestone/masonry HUS H 7.5 (6 mm)ST 1800-A22 no 70 dB(A) 0.5 m/s² 1.5 m/s² 12000 min. 48000 min. steel S-MD 01Z 4,8x19

steel S-MD 51Z 4,8x19steel S-MD 03Z 5,5x25steel S-MD 53Z 5,5x25steel S-MD 05Z 5,5x40steel S-MD 55Z 5,5x45



Rig based diamond core drilling with water in non reinforced concrete (I)


removal system

Emission Sound pressure level LpA*


Uncer-tainty K

Time to EAV

Time to ELV



Hole depth 100 mm35 52 67 68 82 87 102 112 122 132 152 162 202

DD 120-Rig

wet 89 dB(A) 2.5 m/s² n.a 480 min. 1920 min. DD BI…P2 170 (680)

130 (520)

60 (240)

40 (160)

DD 130-Rig

wet 89 dB(A) 3.5 m/s² n.a 245 min. 980 min. DD BI…P2 290 (1160)

80 (320)

70 (280)

30 (120)

DD 150-U Rig

wet 93 dB(A) 3.5 m/s² 1.5 m/s² 245 min. 980 min. DD-Bl P130 95** (380)

DD 160 wet 93 dB(A) 4 m/s² 1.5 m/s² 188 min. 752 min. DD-Bl P2 90** (360)

DD 200- Rig

wet 92 dB(A) 2.5 m/s² n.a 480 min. 1920 min. DD BL…H2 390 (1560)

90** (360)

DD 350-Rig

wet 95 dB(A) 2.5 m/s² n.a 480 min. 1920 min. DD BL…H2 1100 (4400)

290** (1160)

DD 500-Rig

wet 89 dB(A) 2.5 m/s² n.a 480 min. 1920 min. DD BL…HX2

700 (2800)

300** (1200)

min./max. Diameter range (recommendation)* Emission sound pressure level LpA and triaxial vibration value ahv according to the relevant European Standard EN 60745-2-x. Uncertainty (k): noise 3 dB, vibraion 1.5 m/s2.** Hole depth 200 mm

Diamond coring toolsHand-held dry diamond socket cutting into sand-limestone


removal system



Uncer-tainty K

Time to EAV

Time to ELV

Core bit type


Hole depth 60 mm68 82

DD 110-D dry, vacuum 84 dB(A) 5.8 m/s² 1.5 m/s² 89 min. 356 min. SC HDMU 320 (1280)

12 m/s² 1.5 m/s² 21 min. 84 min. SC PCM 130 (520)

DD 130 dry, vacuum 89 dB(A) 6 m/s² 1.5 m/s² 83 min. 332 min. SC HDMU 280 (1120)

11 m/s² 2.5 m/s² 25 min. 100 min. SC PCM 190 (760)


Hand-held dry diamond core drilling into sand-limestone


removal system



Uncer-tainty K

Time to EAV

Time to ELV



Hole depth 100 mm16 18 20 24 28 35 52 67 68 87 102 112 122 132 152 162

DD 110-D dry, vacuum

84 dB(A) 5.8 m/s² 1.5 m/s² 89 min. 356 min. SC HDMU 230 (920)

200 (800)

90 (360)

20 (80)

DD 130 dry 89 dB(A) 6 m/s² 1.5 m/s² 83 min. 332 min. SC HDMU 370 170 100 30vacuum (1480) (680) (400) (120)

DD 150 U dry, vacuum

87 dB(A) 6.5 m/s² 1.6 m/s² 71 min. 284 min. DD-B HDMU

150 (600)

14.5 m/s² 4.5 m/s² 14 min. 56 min. DD-B PCM 110 (440)


Rig based diamond core drilling with water in non reinforced concrete (I)


removal system



Uncer-tainty K

Time to EAV

Time to ELV



Hole depth 100 mm8 12 16 18 20 24 28 35

DD EC1-Rig

wet 84 dB(A) 7 m/s² 1.5 m/s² 61 min. 244 min. ≤ 150 mm 110 (440)

11 m/s² 1.5 m/s² 25 min. 100 min. SC HDMU 65 (260)




Diamond cutting toolsCutting


removal system


Triaxial vibration value ahv*

Uncer-tainty K

Time to EAV

Time to ELV

Cutting wheel Application Exposure Action Value

Exposure Limit Value

Diamond cutters

DCH 230 (01)

Integrated 102.5 dB(A) 4.7 m/s2 1.5 m/s² 136 min. 544 min. DC-D230-C1 cutting off 50 mm concrete slabs

70 m 280 m

DC-D230-C1 cutting grooves 45 mm deep in 40 N/mm2 concrete

58 m 232 m

DC-D230-M1/ C1 cutting grooves 50 mm deep in limestone

109 m 436 m

DCH 300 (01)

Integrated 106 dB(A) 5.1 m/s2 1.5 m/s² 115 min. 460 min. DCH-D305-C1 cutting off 50 mm concrete slabs

60.5 m 244 m

DCH-D305-C1 cutting grooves 45 mm deep in 40 N/mm2 concrete

48 m 192 m

DCH-D305-M1/ C1

cutting grooves 45 mm deep in limestone

32 m 128 m

DCH-D305-M1/ C1

cutting grooves 90 mm deep in limestone

26 m 104 m

*Emission sound pressure level LpA and triaxial vibration value ahv according to EN 60745-2-x (Uncertainty (k): noise 3 dB(A), vibration 1,5 ….2,7 m/s² , depending on tool and application).

Cutting


removal system



Uncer-tainty K

Time to EAV

Time to ELV

Cutting wheel Application Exposure Action Value


Diamond cutters

DCH 180 SL

Integrated 103.5 dB(A) 5.6 m/s2 1.7 m/s² 96 min. 384 min. DCH-D185-SE C1 wall chasing 45 mm deep in 40 N/mm2 concrete

32 m 128 m

DCH-D185-SE M1/ C1 wall chasing 45 mm deep in sand-limestone

78.5 m 314 m

DC-SE 20

Integrated 104 dB(A) 4.5 m/s2 n.a 148 min. 592 min. DC-D125-SE C1 wall chasing 30 mm deep in 40 N/mm2 concrete

25.5 m 101 m

DC-D125-SE M1/ C1 wall chasing 30 mm deep in sand-limestone

86 m 344 m

*Emission sound pressure level LpA and triaxial vibration value ahv according to EN 60745-2-x (Uncertainty (k): noise 3 dB(A), vibration 1,5 ….2,7 m/s² , depending on tool and application).



Diamond cutting tools


removal system

Emission sound pressure level LpA*


Uncer-tainty K

Time to EAV

Time to ELV

Cutting wheel Action Value

Application Limit Value

Exposure Action Value


Grinding steel

AG 125-S DC-EX 88 dB(A) 5,2 m/s² n.a 111 min. 444 min. AG-D 125 USP 6,4 grinding 5⨯5 mm chamfer (12.5 mm² on mild steel)

21 m 84 m

DAG 125-S DC-EX 87 dB(A) 4.6 m/s² n.a 142 min. 568 min. AG-D 125 USP 6,4 grinding 5⨯5 mm chamfer (12.5 mm² on mild steel)

28 m 112 m

DEG 125-D DC-EX 89 dB(A) 7 m/s² n.a 61 min. 244 min. AG-D 125 USP 6,4 grinding 5⨯5 mm chamfer (12.5 mm² on mild steel)

46 m 184 m

DCG 125-S DC-EX 90 dB(A) 5,7 m/s² n.a 92 min. 368 min. AG-D 125 USP 6,4 grinding 5⨯5 mm chamfer (12.5 mm² on mild steel)

50 m 200 m

DC 230-S DC-EX 92 dB(A) 5,8 m/s² n.a 89 min. 356 min. AG-D 125 USP 6,4 grinding 5⨯5 mm chamfer (12.5 mm² on mild steel)

11 m 44 m

DAG 230-D DC-EX 90 dB(A) 5 m/s² n.a 120 min. 480 min. AG-D 125 USP 6,4 grinding 5⨯5 mm chamfer (12.5 mm² on mild steel)

61 m 244 m

Cutting DAG 230-D DC-EX 90 dB(A) 5 m/s² n.a 120 min. 480 min. DC-D 230-C1 cutting off 50 mm concrete slabs

61 m 244 m

DC-D 230-C1 cutting grooves 30 mm deep in 40 N/mm2 concrete

54 m 216 m

DC-D 230-C1 cutting grooves 45 mm deep in limestone

71 m 284 m

DCG 230-D DC-EX 90 dB(A) 5 m/s² n.a 120 min. 480 min. DC-D 230-C1 cutting off 50 mm concrete slabs

79 m 316 m


60 m 240 m


117 m 468 m

DCG 230-DB DC-EX 90 dB(A) 5 m/s² n.a 120 min. 480 min. DC-D 230-C1 cutting off 50 mm concrete slabs

70 m 280 m


80 m 320 m


108 m 432 m




Steel cutting toolsCutting rebar


removal system



Uncer-tainty K

Time to EAV

Time to ELV

Cutting wheel Number of cuts for diameter [mm]

10 12 15 20 25 30 40DC 230 S DC-EX 92 dB(A) 5.8 m/s² n.a 89 min. 356 min. AC-D 230

2.5 mm USP2770

(11080)1860 (7440)

115 (4200)

610 (2440)

380 (1520)

250 (1000)

130 (520)


Cutting channel installation system


removal system



Uncer-tainty K

Time to EAV

Time to ELV

Cutting wheel Number of cuts for channel...

MQ 21/2 MQ 41/2 MQ 41/3DC 230 S DC-EX 92 dB(A) 5.8 m/s² n.a 89 min. 356 min. AC-D 230

2.5 mm USP2770

(11080)1860 (7440)

115 (4200)


Cutting steel pipes


removal system



Uncer-tainty K

Time to EAV

Time to ELV

Cutting wheel Number of cuts for diameter [mm] ...

26.9 (1.6) 33.7 (2) 42.4 (2) 48.3 (2) 60.3 (2) 76.1 (2)DC 230 S DC-EX 92 dB(A) 5.8 m/s² n.a 89 min. 356 min. AC-D 230 2.5 mm USP 1640

(6560)1010 (4040)

770 (3080)

670 (2680)

520 (2080)

400 (1600)


Cutting steel bars


removal system



Uncer-tainty K

Time to EAV

Time to ELV

Cutting wheel

Flat steel Square steel

Number of cuts for dimensions [mm]…

10⨯50 20⨯60 30⨯60 30⨯80 13 20 25 30 40DC 230 S DC-EX 92 dB(A) 5.8 m/s² n.a 89 min. 356 min. AC-D 230

2.5 mm USP370

(1480)140 (560)

90 (360)

65 (260)

1200 (4800)

470 (1880)

290 (1160)

190 (760)

100 (400)




Direct fastening tools

DX tool Vibration Noise Cartridge color Allowed number of fastenings per day Workplace relevant emission value LpA,1s

EAV 2.5 m/s2

ELV 5 m/s2

GX120/GX120 ME — 3500 14000 102 dB(A)GX100/GX100-E — 2700 10800 102 dB(A)DX351 White 2100 8400

104 dB(A) Green 1900 7600 Yellow 1100 4400 Red 800 3200DX460 Green 1300 5200

103 dB(A) Yellow 1000 4000 Red 1000 4000 Black 600 2400 DX76 Blue 700 2800

110 dB(A) Red 600 2400 Black 400 1600

*Sound pressure level LpA, 1s measured at user’s ear according to standard EN 12549. Wear ear plugs according to operating instructions.


EAV 2.5 m/s2

ELV 5 m/s2

DX860 ENP Blue 3500 14000106 dB(A)Red 2600 10400

Black 1800 7200DX860 HSN Yellow 5600 22400

Red 5500 22000Black 3000 12000

DXE72 Brown 1000 4000103 dB(A)Green 900 3600

Yellow 700 2800DX36 Green 600 2400

Yellow 500 2000 Red 500 2000

*Sound pressure level LpA, 1s measured at user’s ear according to standard EN 12549. Wear ear plugs according to operating instructions.


EAV 2.5 m/s2

ELV 5 m/s2

DXA41 Green 1300 5200

103 dB(A)Yellow 1000 4000Red 1000 4000Black 600 2400

DX750 Blue 600 2400110 dB(A)Red 500 2000

Black 400 1600*Sound pressure level LpA, 1s measured at user’s ear according to standard EN 12549. Wear ear plugs according to operating instructions.



Reciprocating saws


removal system



Uncer-tainty K

Time to EAV

Time to ELV

Saw blade

Application Exposure Action Value


Recipro- cating saws

WSR 22-A n/a 82 dB(A) 16.0 m/s² 1.5 m/s² 12 min. 48 min. WU 20 Cutting off 38 mm chipboard 18.5 m 74 m

WSR 22-A n/a 82 dB(A) 18.0 m/s² 1.5 m/s² 9 min. 36 min. WF 23 Cutting off (100 × 100) mm wooden beam 4 m 16 m

WSR 36-A no 90 dB(A) 13 m/s² 3.0 m/s² 18 min. 72 min. WU 20 Cutting chipboard (thickness 38 mm) 46.5 m 186 m16 m/s² 5.0 m/s² 12 min. 48 min. WF 23 Cutting wooden beams (100 x 100 mm fir) 61 cuts 244 cuts

WSR 650-A no 84 dB(A) 12 m/s² 2.5 m/s² 21 min. 84 min. WU 20 Cutting chipboard (thickness 38 mm) 61 m 244 m16 m/s² 5.0 m/s² 12 min. 48 min. WF 23 Cutting wooden beams (100 x 100 mm fir) 97 cuts 388 cuts

WSR 900-PE no 89 dB(A) 16 m/s² 2.5 m/s² 12 min. 48 min. WU 20 Cutting chipboard (thickness 38 mm) 47.9 m 191 m23 m/s² 3.5 m/s² 6 min. 24 min. WF 23 Cutting wooden beams (100 x 100 mm fir) 39 cuts 156 cuts

WSR 1250-PE no 90 dB(A) 22 m/s² 2.5 m/s² 6 min. 24 min. WU 20 Cutting chipboard (thickness 38 mm) 27.9 m 111 m26.5 m/s² 3.5 m/s² 4 min. 16. min WF 23 Cutting wooden beams (100 x 100 mm fir) 43 cuts 172 cuts

WSR 1400-PE no 91 dB(A) 20 m/s² 2.5 m/s² 8 min. 32 min. WU 20 Cutting chipboard (thickness 38 mm) 34.5 m 138 m28 m/s² 3.5 m/s² 4 min. 16 min. WF 23 Cutting wooden beams (100 x 100 mm fir) 35 cuts 140 cuts

* Emission sound pressure level LpA and triaxial vibration value ahv according to the relevant European Standard EN 60745-2-x. Uncertainty (k): noise 3dB, vibration 1.5….5 m/s², depending on tool and application.

Jig saws


removal system



Uncer-tainty K

Time to EAV

Time to ELV

Saw blade

Application Expo-sure Action Value

Expo-sure Limit Value

Jig saws WSJ 750 EB WSJ-DRS 88 dB(A) 13 m/s² 1.5 m/s² 18 min. 72 min. W91/P HCS Cutting chipboard (thickness 38 mm) 50 m 200 m5 m/s² 1.5 m/s² 120 min. 480 min. M50/2 BIM Cutting sheet metal (thickness 3 mm) 23 m 92 m

WSJ 750 ET WSJ-DRS 87 dB(A) 10.5 m/s² 1.5 m/s² 27 min. 108 min. W91/P HCS Cutting chipboard (thickness 38 mm) 70 m 280 m4 m/s² 1.5 m/s² 188 min. 752 min. M50/2 BIM Cutting sheet metal (thickness 3 mm) 26 m 104 m

WSJ 850 EB WSJ-DRS 88 dB(A) 11 m/s² 1.5 m/s² 25 min. 100 min. W91/P HCS Cutting chipboard (thickness 38 mm) 75 m 300 m5 m/s² 1.5 m/s² 120 min. 480 min. M50/2 BIM Cutting sheet metal (thickness 3 mm) 24 m 96 m

WSJ 850 ET WSJ-DRS 87 dB(A) 9 m/s² 1.8 m/s² 37 min. 148 min. W91/P HCS Cutting chipboard (thickness 38 mm) 110 m 440 m4 m/s² 1.5 m/s² 188 min. 752 min. M50/2 BIM Cutting sheet metal (thickness 3 mm) 29 m 116 m




Circular saws


removal system



Uncer-tainty K

Time to EAV

Time to ELV

Application Exposure Action Value


Circular saws

SCW 22-A VC 93 dB(A) 1.2 m/s² 1.5 m/s² 2083 min. 8332 min. Cutting off 38 mm chipboard 13500 m 54000 mCutting 55 mm softwood 1800 m 7200 m

WSC-55-A24 VC 95 dB(A) 2.5 m/s² 1.5 m/s² 480 min. 1920 min. Cutting off 38 mm chipboard 5200 m 20800 mCutting 55 mm softwood 3000 m 12000 m

WSC-55 VC 94 dB(A) 2.5 m/s² n.a 480 min. 1920 min. Cutting off 38 mm chipboard 9000 m 36000 mCutting 55 mm softwood 4000 m 16000 m

WSC 70-A36 VC 97 dB(A) 2.5 m/s² n.a 480 min. 1920 min. Cutting off 38 mm chipboard 7400 m 29600 mCutting 70 mm softwood 4800 m 19200 m

WSC 70 VC 94 dB(A) 2.5 m/s² n.a 480 min. 1920 min. Cutting off 38 mm chipboard 5000 m 20000 mCutting 70 mm softwood 4000 m 16000 m



WSC-265 KE VC 89 dB(A) 2.5 m/s² n.a 480 min. 1920 min. Cutting off 38 mm chipboard 2500 m 10000 mCutting 65 mm softwood 3000 m 12000 m


How to read the selector.In this example we show how to find the relevant data for risk assessment (e.g. number of cuts on a wooden beam before reaching exposure action value and exposure limit value.) The sound pressu-re level of these tools is shown in the third column. The next column shows the triaxial vibration value required for a risk analysis. The next part of the selector shows the time the tool can be operated

and the number of cutting meters on chipboard respectively the number of cuts on wooden beam that can be performed with that tool before re-aching the exposure action value (EAV, column 5 and 6) or the exposure limit value (ELV, column 7 and 8). Please note that these values are only valid with the appropriate saw blade used (menti-oned in last column)If you have to perform applica-tion not mentioned in the selector, you can use

the exposure time for wooden beam application as first approximation for the risk assessment.

Example: With WSR36-A using the WF23 saw blade you can perform 61 cuts in wooden beam 100 ⨯ 100 mm before reaching exposure action value and 244 cuts before reaching exposure limit value.



Disclaimer

Disclaimer for power tool selectorThe vibration emission levels given in this information sheet have been measured in accordance with a standardised test described in EN 60745-1: 2006 or EN 61029 and may be used to compare one tool with another. They may be used for a preliminary assessment of exposure.

The declared vibration emission levels represent the main appli-cations of the tools. However if the tools are used for different applications, with different accessories or are poorly maintained, the vibration emission may differ. This may significantly increase the exposure level over the total working period.

An estimation of the level of exposure to vibration should also take into account the times when the tool is switched off or when it is running but not actually doing the job. This may significantly reduce the exposure level over the total working period.

Identify additional safety measures to protect the operator from the effects of vibration such as: maintain the tool and the accessories, keep the hands warm, organisation of work patterns.

The respective numbers shown in the selector indicate as follows:– Rotary hammers (1):

Numbers of holes that can be drilled in one working day without exceeding the exposure action value or exposure limit value as defined in the EU vibration directive 2002/44/EC.

– Combi hammers (2): Numbers of holes that can be drilled or respectively the size of ope-ning that can be chiselled in one working day without excee-ding the exposure action value or exposure limit value as defined in the EU vibration directive 2002/44/EC.

– Breakers (3): The size of opening that can be chiselled in one working day without exceeding the exposure action value or exposure limit value as defined in the EU vibration directive 2002/44/EC.

– Diamond coring tools (4): Numbers of hole that can be drilled in one working day without exceeding the exposure action value or exposure limit value as defined in the EU vibration directive 2002/44/EC.

– Reciprocating saws (5): Number of cutting meters that can be cut or respectively the number of cuts that can be performed in one working day without exceeding the exposure action value or exposure limit value as defined in the EU vibration directive 2002/44/EC.

The vibration values listed are triaxial measurements made in ac-cordance with EN 60745-1:2006 or EN 61029. The vibration values shown are generated from laboratory test data and do not guarantee actual vibration values for any specific application on site. The values are rounded averages.

Noise values are measured in accordance with EN 60745-1:2006 or EN 61029. Regardless of the noise value, Hilti strongly recommends that appropriate noise protection is worn.

The material used for the measurements is defined as following:– Rotary hammers, combi hammers, breakers and diamond coring

tools are measured on concrete with a minimum compressive strength of 40 N/mm2 (after 28 days). The concrete is not reinfor-ced. The depth of the holes drilled is stated in the respective table.

– Reciprocating saws are measured on chipboard with the dimensi-ons of 600 x 38 mm and beams of fir wood with the dimensions of 100 x 100 mm.

The size of opening chiselled by the small breakers up to and inclu-ding the TE 706 represents chiselling out an opening in a wall (e.g. for a window) in solid material, i.e. the opening is surrounded by concrete on all sides.

When chiselling at the edge of a slab, performance is higher by a factor of 2–3. With the TE 805 and TE 905-AVR, the application is de-molition chiselling towards the ground on an edge.

The productivity values are calculated on the basis of the vibration value and performance of the tool and are measured in the procedu-res according to EN 60745-1:2006 or EN 61029. They vary, depending on many factors, such as the material, possible rebar hits, type and sharpness of the bit, chisel or blade used and the working behaviour of the user etc. All values are measured using new Hilti power tools and bits, chisels, blades etc.

Drilling into or through rebars influences the rate of drilling progress and vibration emissions. This, as a rule, leads to a significant reduc-tion of overall productivity (decrease in the number of holes drilled).

The values given in the tool and application selectors are therefore to be used only as a guideline. The employer is responsible for en-suring that limit values are not exceeded.

The efficiency of dust removal systems depends strongly on their correct use as well as the conditions on the jobsite, e.g. the type and surface shape of the material worked on. The values given and statements made with respect to dust removal are therefore an indication only.

Dust from material such as paint containing lead, some wood spe-cies, minerals and metal may be harmful. Contact with or inhalation of the dust may cause allergic reactions and/or respiratory diseases to the operator or bystanders.

Certain kinds of dust are classified as carcinogenic such as oak and beech dust especially in conjunction with additives for wood conditio-ning (chromate, wood preservative). Material containing asbestos must only be treated by specialists.

• Where the use of a dust extraction device is possible it shall be used.• The work place must be well ventilated.• The use of a dust mask of filter class P2 is recommended.

Follow national requirements for the materials you want to work with.

Disclaimer for direct fastening selectorThe vibration and noise values listed in this table are generated from laboratory tests and do not guarantee actual recoil values in any specific application on site. The values are rounded averages.

These vibration and noise values are therefore to be used as a guide-line only. The employer is responsible for adhering to legal require-ments applicable to workplace health and safety and for evaluation of the actual vibration and noise values by taking the appropriate on-site measurements.

Underlying measurements for vibration values are one-dimensional and taken in typical applications under laboratory conditions in accordance with ISO 8662-11.

Underlying measurements for noise values are taken in typical applications under laboratory conditions in accordance with EN 12 549 acoustics – noise test code for fastener driving tools.

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hilti tools vibration data

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