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Take impact drill for example:
. O _( a) q0 Z; R- L1. Product description3 P: P, ` X" r7 V- E
1.1 Technical data
; x y0 A; `5 c2 m2 Z1.1.1 Rated voltage/frequency
$ J m& z/ q, Z/ _0 d5 f2 ?, N1.1.2 Rated Power4 T) H- f) {( j
1.1.3 Max. no. of revolutions" k6 D5 ~5 y8 x* P) U% a
1.1.4 Drill chuck type and size5 y! c/ b; j* X0 H$ Q6 b
1.1.5 Weight with additional handle9 e9 @2 `$ s! v
1.1.6 Provided accessories$ p: d( Y: ~4 d! J8 ^' X- V
2. Manufacturing quality
: i1 T; @' x7 Q) d7 m, a8 PSubjective evaluation of stability of components, burrs, edges, welding quality, smoothness of surfaces,) L# p9 r0 o* b7 A5 p! |2 ~
gloss/colour difference, painting quality, true-to-size and so on.7 L, t5 k+ D- Y1 a
3. Function test, o( [: Z2 {+ B8 U+ x5 p
3.1 Impact drilling in Granite A* v5 z, E: d D! @0 u6 W, A
3.2 Drilling in steel c( w- k; N" U
3.3 Drilling in wood/ X m2 A) M+ o& M& b. p) H
3.4 Screw Driving
* z `+ ~5 U( J$ W4. Durability test5 C2 \9 b" j) {1 Y; z' o; |+ Z
􀁹 The sample will run with the setting of max. torque.. ?4 ~ u( ?6 s' S* [, Q* k% Y
􀁹 The sample will be powered with rated voltage by external power supply.
) Q/ T/ [- X K$ W- ?7 _, Gtest cycle:1 v3 t; u4 N. r( q; |% y
Step 1: 0.8 x rated input power 20 s
7 m/ ?( m4 V' s( K' F, JStep 2: 1.2 x rated input power 2 s
! M+ p' D" y1 f1 LStep 3: No-load run 20 s8 Z) z; } d' ~3 n
Step 4: Power off 2s
7 ?( \' J) w8 H5. Handling6 O- ?3 l( M' d; s
6. Instruction manual |
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