MHZ2 SERIES pneumatic gripper

Luv hauj lwm:

MHZ2 Ordering Code Specification Bore (mm) 10 16 20 25 32 40 Working Medium Air Motion Pattern Double Action /Single Action (Normal Open,Normal Close) Max.Operating Pressure 0.7MPa Max.Operating Pressure Double Action 0.1MPa 0.2MPa 0.1MPa Single Action 0.3MPa 0.35MPa 0.25MPa Ambient & Medium Temp. -10~+60℃ Highest Operating Frequency 180c.p.m 60c.p.m Precision ±0.01mm ±0.02mm With Magnet With (Standard) Lubricate No required Port Size M3×0.5 M3×0.8 Standard T...

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MHZ2
thov Code

specification

Bore (hli)		10	16	20	25	32	40
ua hauj lwm Medium		Cua
Tsab ntawv tsa suab Txawv		Ob chav Action / Tib Action (qub Qhib, qub Close)
Max.Operating Siab		0.7MPa
Max.Operating Siab	Ob chav Action	0.1MPa	0.2MPa	0.1MPa
	Tib Action	0.3MPa	0.35MPa	0.25MPa
Ambient & Medium Temp.		-10 ~ + 60 ℃
Ntau tshaj kev khiav hauj lwm zaus		180c.pm				60c.pm
Precision		± 0.01mm				± 0.02mm
nrog Magnet		Nrog (Standard)
ntub		Tsis yuav tsum tau
Chaw nres nkoj Loj		M3 × 0.5				M3 × 0.8

Standard hom Pneumatic Gripper

Tsab ntawv tsa suab Txawv		Model	N		hli
Tsab ntawv tsa suab Txawv		Model			hli
Ob chav Action		MHZ2-10D -16D -20D -25D -32D -40D	11 34 42 65 158 254	17 45 66 104 193 318	4 6 10 14 22 30
Tib Action	Qhov Open	MHZ2-10S -16S -20S -25S -32S -40S	7.1 27 33 45 131 217	-	4 6 10 14 22 30
Tib Action	Tej Close	MHZ2-10C -16C -20C -25C -32C -40C	-	13 38 57 83 161 267	4 6 10 14 22 30

Long Stroke Pneumatic Gripper

Tsab ntawv tsa suab Txawv		Model	N		hli
Tsab ntawv tsa suab Txawv		Model			hli
Ob chav Action		MHLZ2-10D -16D -20D -25D	11 34 42 65	17 45 66 104	8 12 18 22
Tib Action	Qhov Open	MHLZ2-10S -16S -20S -25S	7.1 27 33 50	-	8 12 18 22
Tib Action	Tej Close	MHLZ2-10C -16C -20C -25C	-	13 38 57 85	8 12 18 22

Zuag qhia tag nrho Dimension

Bore	A	B	C	D	E	F	G		H		kuv		J	K	K1	K2	K3	ΦL	M	N			O
10	6	23	12	37.8	57	29	15,2	+2.2 0	11.2	0 -0.7	4	0 -0.1	16	M3 × 0.5	6	5.5	6	2.6	27	Φ11H9	+0.043 0	sib sib zog nqus 2	11,4
16	7.5	24,5	15	42,5	67,3	38	20,9	+2.2 0 .2	14.9	0 -0.7	5	0 -0.1	24	M4 × 0.7	4.5	8	8	3.4	30	Φ17H9	+0.043 0	sib sib zog nqus 2	16
20	9.5	29	20	52,8	84,8	50	26,3	+2.2 0 .2	16,3	0 -0.7	8	0 -0.1	30	M5 × 0.8	8	10	10	4.3	35	Φ21H9	+0.052 0	sib sib zog nqus 3	18.6
25	11	30	25	63,6	102,7	63	33,3	+2.5 0.2	19,3	0 -0.8	10	0 -0.1	36	M6 × 1	10	12	12	5.1	36,5	Φ29H9	+0.052 0	sib sib zog nqus 3.5	22
32	12	40 (49)	29	67 (76)	113 (122)	97	48	+2.5 0	26	0 -0.5	12	0 -0.1	46	M6 × 1	10	13	13	5.1	48 (57)	Φ34H9	+0.062 0	sib sib zog nqus 4	26
40	15	49 (62)	36	83 (96)	139 (152)	119	60	+2.7 0	30	0 -0.5	14	0 -0.1	56	M8 × 1.25	13	16	17	6.6	58 (71)	Φ42H9	+0.062 0	sib sib zog nqus 4	32

Bore	P	Q	R	S	T	U	V	W		X	Y			Z	Y1	Y2	AA	BB	CC	DD	EE
10	M2.5 × 0,45	3	5.7	M3 × 0.5	23	9	19	5	0 -0.05	11	Φ2H9	+0.025 0	sib sib zog nqus 3	16.4 ± 0,02	5.2 ± 0,02	7.6 ± 0,02	18	12	-	-	5.4
16	M3 × 0.5	4	7	M5 × 0.8	30,6	7.5	19	8	0 -0.05	13	Φ3H9	+0.025 0	sib sib zog nqus 3	23,6 ± 0,02	6.5 ± 0,02	11 ± 0,02	22	15	11.6	2.1	5.8
20	M4 × 0.7	5	9	M5 × 0.8	42	10	23	10	0 -0.05	15	Φ4H9	+0.003 0	sib sib zog nqus 4	27,6 ± 0,02	7.5 ± 0,02	16,8 ± 0,02	32	18	14	2.1	9
25	M5 × 0.8	6	12	M5 × 0.8	52	10.7	23,5	12	0 -0.05	20	Φ4H9	+0.003 0	sib sib zog nqus 4	33,6 ± 0,02	10 ± 0,02	21,8 ± 0,02	40	22	19	3.5	11.5
32	M6 × 1	7	14	M5 × 0.8	60	11	31 (37)	15	0 -0.05	24	Φ5H9	+0.003 0	sib sib zog nqus 5	40 ± 0.1	12 ± 0,02	23 ± 0,02	46	26	24	3.3	11.5
40	M8 × 1.25	9	17	M5 × 0.8	72	12	38 (45)	18	0 -0.05	28	Φ5H9	+0.003 0	sib sib zog nqus 5	48 ± 0.1	14 ± 0,02	29 ± 0,02	56	32	29,4	3.7	13