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BESTEN TR series twin-shaft cylinder

1. BESTEN TR series twin-shaft cylinders implement JIS standards.

2. High non-rotation accuracy, small deflection of piston rod end, suitable for precise guidance;

3. Adopt an extended sliding support guide, no need to add oil and lubrication, and the guiding performance is good;

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Product Details

TR series twin-shaft cylinder.png

1. There are mounting holes on three sides of the fixing plate, which is convenient for multi-position loading;

2. It has certain anti-flexural and torsional properties, and can withstand certain lateral loads;

3. In addition to the axial direction, the rest of the body has installation holes, providing customers with a variety of installation and fixing methods;

4. There are two groups of inlet and exhaust ports on both sides of the cylinder for actual needs.

5. The anti-collision pad at the front end of the body can adjust the cylinder stroke and alleviate the impact;

6. The standard configuration of this series of cylinders is magnetic type, and all magnetic types are optional.

External Specifications

External Specifications.png

Bore\Symbol Itinerary	A	B	C	D D1											E	E1	F		H	I	K	L	M
				10~2530~50				60~80	90~100		125	150	175	200
6	58.5	13.5	45	D = 1 0 + itinerary / 2											13	10	25.8		8	16	28	35	14
				D1=13+itinerary
10	72	17	55	30			40	50	60						20	20	36.5		9	20	35	44	15
16	79		60	25			35	45	55		65	75	145	145	30	30	46.5		9	25	45	56	18
Bore\Symbol	N1	N2	R	S	T	V	P1			P2 P3 P4								P5 P6
6	24.5	6.5	4.5	37	16	4	Unilateral：Φ6.5 deep3.3through hole：φ3.4						M3×0.5		M3×0 .5through hole			M3×0.5			M3×0.5deep4.5
10	30	8	3.5	46	17	6	Unilateral：φ6.5 deep3.3through hole：φ3.4			M4×0 . 7deep7			M4×0.7		M3×0.5through hole			M5×0.8			M3×0.5deep5
16	38	8	5	58	20	8	Unilateral: φ8.0 deep4.4through hole: φ4.3			M5×0 . 8deep8			M5×0.8		M4×0.7through hole			M6×1.0			M4×0.7deep5

External Specifications.png

Bore\Symbol Itinerary	A		B		C	D D1								E	F	H		K	L	M	N1	N2	R	S
						10~25	3050	60~100	125	150	175		200
20	94		24		70	30	40	60	80	80	100		100	30	52	12	28	50	62	23	46	9	6.5	64
25	96		24		72	30	40	60	80	80	100		100	30	61	12	35	60	78	28	43	9	9	80
32	112		30		82	40	50	70	90	90	110		110	30	73	14	44	75	96	36	53	10	11.5	98
Bore\Symbol	T	V		W		P1			P2			P3		P4				P5		P6			P7
20	25	10		9.5		Unilateral：φ9.5deep5.3through hole：φ5.2			M6×1.0deep10			M5×0.8		M4×0.7deep6				M8×1.25		M4×0.7deep7			M5×0.8
25	30	12		13		Unilateral：φ11deep6.3through hole：Φ6.8			M8×1.25deep12			M6×1.0		M5 0.8deep7.5				M8×1.25		M5×0.8deep7			PT1/8
32	38	16		20		Unilateral：Φ11deep6.3through hole：Φ6.8			M8×1.25deep12			M6×1.0		M5×0.8deep8				M10×1.5		M5×0.8deep7			PT1/8

Bore\Symbol Itinerary	A	B	C	D D1											E	E1	F		H	I	K	L	M
				10~2530~50				60~80	90~100		125	150	175	200
6	58.5	13.5	45	D = 1 0 + itinerary / 2											13	10	25.8		8	16	28	35	14
				D1=13+itinerary
10	72	17	55	30			40	50	60						20	20	36.5		9	20	35	44	15
16	79		60	25			35	45	55		65	75	145	145	30	30	46.5		9	25	45	56	18
Bore\Symbol	N1	N2	R	S	T	V	P1			P2 P3 P4								P5 P6
6	24.5	6.5	4.5	37	16	4	Unilateral：Φ6.5 deep3.3through hole：φ3.4						M3×0.5		M3×0 .5through hole			M3×0.5			M3×0.5deep4.5
10	30	8	3.5	46	17	6	Unilateral：φ6.5 deep3.3through hole：φ3.4			M4×0 . 7deep7			M4×0.7		M3×0.5through hole			M5×0.8			M3×0.5deep5
16	38	8	5	58	20	8	Unilateral: φ8.0 deep4.4through hole: φ4.3			M5×0 . 8deep8			M5×0.8		M4×0.7through hole			M6×1.0			M4×0.7deep5