MAKISHINKO TB12, TB17 and TB20 Spiral Bevel Gearboxes

TB is a compact series of spiral bevel gearboxes with an aluminum alloy housing and factory-filled grease. The catalog permits mounting in any orientation and lists single-ended and double-ended shaft arrangements. Its three frames are available with 1:1 and 2:1 ratios.

MAKISHINKO TB bevel gearbox

Models and ratio options

Model	Ratios in the catalog rating tables
TB12	1:1, 2:1
TB17	1:1, 2:1
TB20	1:1, 2:1

Construction and ordering codes

Parameter	Specification
Gear construction	Case-hardened chromium-molybdenum steel spiral bevel gears with lapped tooth surfaces
Housing	Cast aluminum alloy
Bearings	Deep-groove ball bearings
Lubrication	Factory-filled grease
Shaft arrangement codes	2 for single-ended, 3 for double-ended
Key specification	Flat key on TB12. JIS B 1301:1996 on TB17 and TB20.
Example designation	TB122-2 identifies size 12, shaft arrangement 2 and ratio 2:1. A final T identifies a special configuration.

Mounting and replacement

The catalog permits mounting in any orientation. Confirm the direction of rotation from the shaft layout drawing. For replacement, check the shaft and key geometry, bolt pattern, shaft extension and coupling clearance. A stainless shaft can be specified for applications that require corrosion resistance.

Reading the torque columns

The 2:1 rating table lists separate A- and B-shaft torque values. The 1:1 table gives a single output torque value. For a three-shaft unit, apply the catalog note that the B-shaft torque is half the table value.

Catalog rating points at 400 and 600 rpm

These values are for the stated A-shaft speed and a service factor of 1. OHL means allowable overhung load. The dash indicates that the 1:1 table reports one output torque value. For a different operating speed, use the rating row for that speed and ratio.

Model	Ratio	A-shaft speed (rpm)	Rated input (kW)	A-shaft torque or single output torque (N·m)	B-shaft torque (N·m)	A-shaft OHL (N)	B-shaft OHL (N)
TB12	1:1	400	0.07	1.8	—	200	260
TB17	1:1	400	0.27	6.5	—	240	330
TB20	1:1	400	0.56	13.3	—	570	660
TB12	1:1	600	0.11	1.8	—	160	220
TB17	1:1	600	0.38	6.0	—	190	270
TB20	1:1	600	0.78	12.3	—	400	540
TB12	2:1	400	0.03	0.7	1.3	210	380
TB17	2:1	400	0.11	2.5	5.0	260	560
TB20	2:1	400	0.18	4.3	8.4	740	960
TB12	2:1	600	0.04	0.7	1.3	170	320
TB17	2:1	600	0.15	2.4	4.6	210	470
TB20	2:1	600	0.25	4.0	7.8	620	900

Information for selection and ordering

Provide the required power or torque, input and output speeds, running hours, load variation and reversal frequency. Specify the exact shaft layout and rotation direction for each shaft, the mounting orientation, and the magnitude and point of application of overhung loads. Check the applicable speed limit and thermal rating for the selected configuration.

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MAKISHINKO FB20, FB25, FB30, FB35 and FB45 Straight Bevel Gearboxes

The FB series uses straight bevel gears for right-angle power transmission and branching in industrial and agricultural machinery. Its five frame sizes share the same three catalog ratios. Select the frame using the required shaft speed, power and allowable external shaft load.

MAKISHINKO FB bevel gearbox

Models and ratio options

Model	Ratios in the catalog rating tables
FB20	1:1, 1.5:1, 2:1
FB25	1:1, 1.5:1, 2:1
FB30	1:1, 1.5:1, 2:1
FB35	1:1, 1.5:1, 2:1
FB45	1:1, 1.5:1, 2:1

Construction and ordering codes

Parameter	Specification
Gear construction	Case-hardened chromium-molybdenum steel straight bevel gears
Housing	Gray cast iron
Bearings and shafts	Tapered roller bearings, overhung A shaft and B shaft supported on both sides
Standard mounting	Horizontal
Layout codes	11, 12, 13, 21, 22 and 23
Example designation	FB20-1.5-11 identifies size 20, 1.5:1 ratio and layout 11. A final T identifies a special configuration.

Speed and duty

At 1:1 the catalog specifies A-shaft allowable speeds of 1,300 rpm for FB20, 900 for FB25, 800 for FB30, 700 for FB35 and 600 for FB45. Consult the relevant ratio table for other combinations. For a three-shaft unit the B-shaft torque limit is half the table value.

Agricultural and industrial drives

Record the duty cycle and starting load for the driven equipment. A pulley or sprocket adds a radial load, so compare the actual load and its point of application with the allowable overhung load for the selected shaft.

Catalog rating points at 400 and 600 rpm

These values are for the stated A-shaft speed and a service factor of 1. OHL means allowable overhung load. The dash indicates that the 1:1 table reports one output torque value. For a different operating speed, use the rating row for that speed and ratio.

Model	Ratio	A-shaft speed (rpm)	Rated input (kW)	A-shaft torque or single output torque (N·m)	B-shaft torque (N·m)	A-shaft OHL (N)	B-shaft OHL (N)
FB20	1:1	400	1.44	34	—	980	880
FB25	1:1	400	3.08	74	—	1,700	1,400
FB30	1:1	400	5.13	123	—	2,200	2,200
FB20	1:1	600	2.16	34	—	980	880
FB25	1:1	600	4.62	74	—	1,400	1,300
FB30	1:1	600	7.70	123	—	1,300	1,900
FB35	1:1	400	8.21	196	—	2,600	2,700
FB45	1:1	400	14.4	343	—	2,500	2,600
FB35	1:1	600	12.3	196	—	1,800	2,100
FB45	1:1	600	20.1	320	—	1,800	2,100
FB20	1.5:1	400	0.80	19	27	1,100	900
FB25	1.5:1	400	2.00	48	69	1,900	1,400
FB30	1.5:1	400	2.88	69	98	2,400	2,300
FB20	1.5:1	600	1.20	19	27	1,100	900
FB25	1.5:1	600	3.00	48	69	1,200	1,400
FB30	1.5:1	600	4.32	69	98	2,000	2,300
FB35	1.5:1	400	4.90	117	167	2,800	3,000
FB45	1.5:1	400	6.32	151	216	3,700	4,700
FB35	1.5:1	600	7.35	117	167	2,400	3,000
FB45	1.5:1	600	9.49	151	216	2,100	3,900
FB20	2:1	400	0.39	9	18	1,200	1,000
FB25	2:1	400	0.95	23	44	2,000	1,500
FB30	2:1	400	1.43	34	65	2,500	2,400
FB20	2:1	600	0.54	9	17	1,200	1,000
FB25	2:1	600	1.32	21	40	1,900	1,500
FB30	2:1	600	1.99	32	60	2,200	2,400
FB35	2:1	400	2.30	55	105	3,000	3,100
FB45	2:1	400	3.30	79	150	4,800	6,200
FB35	2:1	600	3.18	51	97	2,600	3,100
FB45	2:1	600	4.58	73	139	4,200	5,600

Information for selection and ordering

Provide the required power or torque, input and output speeds, running hours, load variation and reversal frequency. Specify the exact shaft layout and rotation direction for each shaft, the mounting orientation, and the magnitude and point of application of overhung loads. Check the applicable speed limit and thermal rating for the selected configuration.

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MAKISHINKO SB19 to SB85 Spiral Bevel Gearboxes

The SB series redirects rotary power through 90 degrees using case-hardened, lapped spiral bevel gears. Tapered roller bearings support radial and thrust loads. The catalog lists nine frame sizes and 50 shaft arrangements, including two-, three- and four-shaft versions. The ratings identify which frames have each ratio.

MAKISHINKO SB bevel gearbox

Models and ratio options

Model	Ratios in the catalog rating tables
SB19	1:1, 1.5:1, 2:1, 2.5:1, 3:1
SB25	1:1, 1.5:1, 2:1, 2.5:1, 3:1
SB30	1:1, 1.5:1, 2:1, 2.5:1, 3:1
SB38	1:1, 1.5:1, 2:1, 2.5:1, 3:1
SB45	1:1, 2:1
SB50	1:1, 2:1
SB65	1:1, 2:1
SB75	1:1, 2:1
SB85	1:1, 2:1

Construction and ordering codes

Parameter	Specification
Gear construction	Case-hardened chromium-molybdenum steel gears with lapped tooth surfaces
Housing	Gray cast iron for SB19–SB65. Ductile iron for SB75 and SB85.
Lubrication	Oil bath. Certain orientations use grease for upper bearings that sit above the oil supply.
Shaft arrangements	15 horizontal and 35 vertical catalog layouts
Example designation	SB50-2-13 identifies size 50, 2:1 ratio and layout 13. A final T identifies a special configuration.

Ratio availability

The rated tables cover 1:1 and 2:1 in all nine sizes. The additional ratios 1.5:1, 2.5:1 and 3:1 appear for SB19, SB25, SB30 and SB38. Treat the layout code and ratio as separate order fields.

Shaft support and branching

The A shaft is overhung. The usual B shaft has bearings on both sides, while applicable B and C versions with a separate housing use overhung support. The rating notes specify one-half of the tabulated B-shaft torque for three-shaft units and one-third for four-shaft units.

Catalog rating points at 400 and 600 rpm

These values are for the stated A-shaft speed and a service factor of 1. OHL means allowable overhung load. The dash indicates that the 1:1 table reports one output torque value. For a different operating speed, use the rating row for that speed and ratio.

Model	Ratio	A-shaft speed (rpm)	Rated input (kW)	A-shaft torque or single output torque (N·m)	B-shaft torque (N·m)	A-shaft OHL (kN)	B-shaft OHL (kN)
SB19	1:1	400	2.73	62	—	1.9	1.8
SB25	1:1	400	5.99	136	—	2.7	3.1
SB30	1:1	400	9.04	205	—	5.6	5.8
SB19	1:1	600	4.01	61	—	1.6	1.5
SB25	1:1	600	8.79	133	—	2.1	2.5
SB30	1:1	600	13.25	200	—	4.8	4.9
SB38	1:1	400	14.89	338	—	5.8	5.8
SB45	1:1	400	24.93	565	—	6.2	4.4
SB50	1:1	400	36.82	835	—	7.6	7.6
SB38	1:1	600	21.80	330	—	5.0	4.9
SB45	1:1	600	36.41	551	—	5.2	3.5
SB50	1:1	600	53.74	813	—	5.6	6.4
SB65	1:1	400	61.73	1400	—	13.6	14.8
SB75	1:1	400	95.55	2167	—	17.2	20.3
SB85	1:1	400	150.36	3410	—	19.0	24.6
SB65	1:1	600	89.90	1359	—	10.1	12.3
SB75	1:1	600	138.90	2100	—	12.8	17.1
SB85	1:1	600	218.18	3299	—	13.3	20.4
SB19	1.5:1	400	2.42	55	82	1.9	2.0
SB25	1.5:1	400	4.01	91	137	3.1	3.2
SB30	1.5:1	400	5.89	134	200	5.4	5.9
SB19	1.5:1	600	3.57	54	81	1.7	2.0
SB25	1.5:1	600	5.90	89	134	2.7	3.2
SB30	1.5:1	600	8.65	131	196	4.7	5.1
SB38	1.5:1	400	8.03	182	273	6.2	7.2
SB38	1.5:1	600	11.78	178	267	5.4	6.3
SB19	2:1	400	1.01	23	46	2.1	2.1
SB25	2:1	400	2.46	56	112	3.2	3.2
SB30	2:1	400	3.78	86	171	5.5	6.9
SB19	2:1	600	1.49	23	45	1.9	2.1
SB25	2:1	600	3.63	55	110	2.8	3.2
SB30	2:1	600	5.56	84	168	4.6	6.1
SB38	2:1	400	5.21	118	236	6.4	7.9
SB45	2:1	400	8.15	185	370	7.2	8.3
SB50	2:1	400	12.39	281	562	10.4	14.4
SB38	2:1	600	7.66	116	232	5.5	7.0
SB45	2:1	600	11.98	181	362	6.2	7.2
SB50	2:1	600	18.19	275	550	9.0	12.8
SB65	2:1	400	22.63	513	1027	17.2	23.3
SB75	2:1	400	34.67	786	1573	22.6	35.9
SB85	2:1	400	56.60	1284	2568	30.2	45.4
SB65	2:1	600	33.18	502	1004	14.9	23.3
SB75	2:1	600	50.75	767	1535	19.5	31.9
SB85	2:1	600	82.72	1251	2502	26.2	41.5
SB19	2.5:1	400	1.16	26	66	2.1	2.1
SB25	2.5:1	400	2.76	63	157	3.3	3.8
SB30	2.5:1	400	3.17	72	180	5.5	6.9
SB19	2.5:1	600	1.71	26	65	2.0	2.1
SB25	2.5:1	600	4.08	62	154	2.9	3.7
SB30	2.5:1	600	4.68	71	177	4.6	6.1
SB38	2.5:1	400	3.92	89	222	6.6	9.6
SB38	2.5:1	600	5.78	87	219	5.8	8.4
SB19	3:1	400	0.84	19	57	2.1	2.1
SB25	3:1	400	1.72	39	117	3.4	3.9
SB30	3:1	400	2.33	53	158	5.5	6.9
SB19	3:1	600	1.24	19	56	2.0	2.1
SB25	3:1	600	2.55	39	116	3.0	3.8
SB30	3:1	600	3.44	52	156	4.6	6.3
SB38	3:1	400	3.27	74	222	6.5	9.7
SB38	3:1	600	4.83	73	219	5.7	8.7

Information for selection and ordering

Provide the required power or torque, input and output speeds, running hours, load variation and reversal frequency. Specify the exact shaft layout and rotation direction for each shaft, the mounting orientation, and the magnitude and point of application of overhung loads. Check the applicable speed limit and thermal rating for the selected configuration.

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MAKISHINKO BX19 and BX25 Ball Screw Bevel Jacks — 20 and 50 kN Models

The MAKISHINKO BX bevel jack combines a bevel gear transmission with a ball screw to convert rotary input into axial travel. The bevel arrangement supports a mechanically linked drive layout where several lifting points need coordinated motion. The catalog lists two sizes and four input shaft arrangements.

BX19 and BX25 basic specifications

BX19 and BX25 basic specifications

BX19 and BX25 use ball screws, with catalog efficiency of 80%. BX19 advances 4.0 mm per input revolution and BX25 advances 5.0 mm. A ball screw can be backdriven by an axial load. Select an appropriate load-holding arrangement for the application.

Model	Nominal capacity (kN)	Screw diameter (mm)	Screw root diameter (mm)	Screw pitch (mm)	Reduction ratio	Efficiency (%)	Maximum input speed (rpm)	Travel (mm/input rev)	Screw torque (N·m)	No-load torque (N·m)	Starting torque (N·m)	Reverse load (kN)	Static load (kN)	Mass (kg)
BX19	20	25	20	10	2.5	80	400	4.0	32	1.2	25	10	30	25
BX25	50	40	35	10	2	80	400	5.0	85	1.8	65	20	60	35

Information for selection and ordering

Standard strokes are 100, 200, 300, 400 and 500 mm. Specify the A, B, C or D input arrangement, input rotation for lifting or lowering, and the C clevis, S screw or F flange end. Review shaft phasing and direction at every jack in a linked drive. Check actual load distribution, the reverse and static load limits, and allowable compression load for the supported screw length. Use the mounting drawing to confirm the footprint and available clearance.

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MAKISHINKO NX19 and NX25 Trapezoidal Screw Bevel Jacks — 20 and 50 kN Models

The MAKISHINKO NX bevel jack combines a bevel gear transmission with a trapezoidal screw to convert rotary input into axial travel. The bevel arrangement supports a mechanically linked drive layout where several lifting points need coordinated motion. The catalog lists two sizes and four input shaft arrangements.

NX19 and NX25 basic specifications

NX19 and NX25 basic specifications

NX19 and NX25 use trapezoidal screws and have the same published efficiency of 30%. The NX19 advances 2.4 mm per input revolution, while the NX25 advances 5.0 mm. Check the required reverse load separately, especially when the applied load changes direction.

Model	Nominal capacity (kN)	Screw diameter (mm)	Screw root diameter (mm)	Screw pitch (mm)	Reduction ratio	Efficiency (%)	Maximum input speed (rpm)	Travel (mm/input rev)	Screw torque (N·m)	No-load torque (N·m)	Starting torque (N·m)	Reverse load (kN)	Static load (kN)	Mass (kg)
NX19	20	30	23.5	6	2.5	30	400	2.4	70	1.2	35	10	30	25
NX25	50	50	39.5	10	2	30	400	5.0	280	1.8	170	20	60	35

Information for selection and ordering

Standard strokes are 100, 200, 300, 400 and 500 mm. Specify the A, B, C or D input arrangement, input rotation for lifting or lowering, and the C clevis, S screw or F flange end. Review shaft phasing and direction at every jack in a linked drive. Check actual load distribution, the reverse and static load limits, and allowable compression load for the supported screw length. Use the mounting drawing to confirm the footprint and available clearance.

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MAKISHINKO JB, JBH and JTB Ball Screw Jacks — Standard, High-Lead and Traveling Nut Models

MAKISHINKO uses ball screw designs for applications that benefit from higher transmission efficiency and frequent movement. JB provides a standard translating screw, JBH adds high lead for faster travel, and JTB provides a traveling nut layout. Specify a brake or other suitable load-holding arrangement for the ball screw application.

JB standard ball screw jack

JB standard ball screw jack

The standard JB series has 15 listed sizes from JB005 through JB1250. The design integrates the ball nut with the worm wheel. On JB005 and JB010 the reduction stage is grease lubricated, and the larger JB025 through JB1250 group uses oil-bath reducer lubrication. Check permissible operating load at the selected H or L ratio and input speed.

Model	Nominal capacity (kN)	Screw diameter (mm)	Screw root diameter (mm)	Screw pitch (mm)	H reduction ratio	L reduction ratio	H travel (mm/input rev)	L travel (mm/input rev)	H efficiency at 30 rpm (%)	H efficiency at 1,800 rpm (%)	L efficiency at 30 rpm (%)	L efficiency at 1,800 rpm (%)	Maximum input speed (rpm)	Screw torque (N·m)	No-load input torque (N·m)	H starting input torque (N·m)	L starting input torque (N·m)	H holding torque (N·m)	L holding torque (N·m)	Reverse load (kN)	Static load (kN)	Mass (kg)
JB005	5	16	13.5	5	6	18	0.83	0.28	58	71	39	57	1800	5	0.15	1.4	0.8	0.4	0.1	5	8	3.1
JB010	10	20	17.5	5	6	18	0.83	0.28	59	72	40	59	1800	10	0.2	2.7	1.5	0.7	0.2	10	15	4.6
JB025	25	25	20	10	7.67	23	1.30	0.44	57	71	37	58	1800	45	0.5	10.6	6.2	2.4	1.1	25	30	11
JB050	50	32	27	10	7.67	23	1.30	0.44	57	72	36	58	1800	90	0.8	21.5	12.6	4.4	2.5	50	60	20
JB075	75	40	35	10	7.67	23	1.30	0.44	56	72	35	59	1800	140	1.2	32.5	19.2	6.3	4.1	75	80	33
JB100	100	45	38	12	7.67	23	1.56	0.52	59	73	39	62	1800	220	1.8	49.2	27.9	12.3	4.2	100	140	54
JB150	150	50	42	16	7.67	23	2.09	0.70	58	74	38	63	1800	425	2.5	98.2	55.7	23.8	9.3	150	170	65
JB200	200	63	55	16	7.67	23	2.09	0.70	58	74	38	63	1800	575	2.5	130.2	73.4	31.7	12.4	200	250	80
JB250	250	63	55	16	8	24	2.00	0.67	59	74	39	63	1800	720	3.2	153.3	85.1	40.4	12.4	200	300	90
JB300	300	80	72	20	9.33	28	2.14	0.71	59	74	39	63	1800	1080	4.0	197.1	109.6	51.8	16.1	200	400	120
JB400	400	90	82	20	10	30	2.00	0.67	52	66	33	56	1800	1460	5.0	280.3	160.1	58.0	26.8	250	500	150
JB500	500	100	90	20	10	30	2.00	0.67	61	75	40	64	1800	1855	6.0	294.0	166.2	90.7	21.9	300	700	200
JB750	750	110	97	25	9.67	29	2.59	0.86	61	75	43	66	1200	3415	7.0	564.6	294.3	176.0	23.7	400	900	500
JB1000	1000	125	109	32	9.67	29	3.31	1.10	62	75	44	67	900	5745	8.0	939.9	478.2	316.1	24.1	500	1200	600
JB1250	1250	140	121	32	10.33	31	3.10	1.03	63	75	45	67	900	7275	10	1086.7	546.9	379.8	17.7	700	1500	700

JBH high-lead ball screw jack

JBH high-lead ball screw jack

The high-lead screw increases travel per input revolution. For example, the JBH050 H configuration is listed at 4.69 mm per input revolution, while the L configuration is listed at 1.57 mm per revolution. Use the full load and speed information to select the drive. The table retains blank source entries as dashes.

Model	Nominal capacity (kN)	Screw diameter (mm)	Screw root diameter (mm)	Screw lead (mm)	H ratio	L ratio	H travel (mm/input rev)	L travel (mm/input rev)	H efficiency at 30 rpm (%)	H efficiency at 1,800 rpm (%)	L efficiency at 30 rpm (%)	L efficiency at 1,800 rpm (%)	Maximum input speed (rpm)	Screw torque (N·m)	No-load input torque (N·m)	H starting input torque (N·m)	L starting input torque (N·m)	H holding torque (N·m)	L holding torque (N·m)	Reverse load (kN)	Static load (kN)	Mass (kg)
JBH005	5	16	13.6	16	6	—	2.67	—	58	71	—	—	1800	13.2	0.15	1.9	—	1.1	—	5	8	2.5
JBH010	10	20	17.3	20	6	—	3.33	—	59	72	—	—	1800	33	0.2	4.8	—	2.9	—	10	15	3.5
JBH025	25	25	21	25	7.67	23	3.26	1.09	57	71	37	58	1800	103	0.5	25.9	14.7	5.9	2.7	25	25	20
JBH050	50	36	31	36	7.67	23	4.69	1.57	57	72	36	58	1800	297	0.8	75.3	43.3	15.8	9.0	50	50	25
JBH075	75	40	34	32	7.67	23	4.17	1.39	56	72	35	59	1800	399	1.2	101.5	58.9	20.2	13.0	75	80	35
JBH100	100	45	38	32	7.67	23	4.17	1.39	59	73	39	62	1800	534	1.8	128.1	71.3	32.9	11.2	100	140	55
JBH150	150	50	42	32	7.67	23	4.17	1.39	58	74	38	63	1800	805	2.5	194.0	108.9	47.6	18.6	150	170	65
JBH200	200	63	55	32	7.67	23	4.17	1.39	58	74	38	63	1800	1086	2.5	257.8	144.3	63.5	24.9	200	250	80

JTB ball screw traveling nut jack

JTB ball screw traveling nut jack

In JTB the ball nut travels along a rotating screw. This reduces axial installation space on the housing side and requires the installation to restrain the traveling assembly against rotation. The detailed basic specification lists eight models from JTB005 to JTB200. Use the JTB screw dimensions and holding torque values when selecting a traveling nut configuration.

Model	Nominal capacity (kN)	Screw diameter (mm)	Screw root diameter (mm)	Screw pitch (mm)	H reduction ratio	L reduction ratio	H travel (mm/input rev)	L travel (mm/input rev)	H efficiency at 30 rpm (%)	H efficiency at 1,800 rpm (%)	L efficiency at 30 rpm (%)	L efficiency at 1,800 rpm (%)	Maximum input speed (rpm)	Screw torque (N·m)	No-load input torque (N·m)	H starting input torque (N·m)	L starting input torque (N·m)	H holding torque (N·m)	L holding torque (N·m)	Reverse load (kN)	Static load (kN)	Mass (kg)
JTB005	5	20	17.5	5	6	18	0.83	0.28	58	71	39	57	1800	5	0.15	1.4	0.8	0.4	0.1	5	8	2.5
JTB010	10	25	22	5	6	18	0.83	0.28	59	72	40	59	1800	10	0.2	2.7	1.5	0.7	0.2	10	15	3.5
JTB025	25	25	19	10	7.67	23	1.30	0.44	57	71	37	58	1800	45	0.5	10.6	6.2	2.4	1.1	25	30	20
JTB050	50	36	30	10	7.67	23	1.30	0.44	57	72	36	58	1800	90	0.8	21.5	12.6	4.4	2.5	50	60	25
JTB075	75	40	35	10	7.67	23	1.30	0.44	56	72	35	59	1800	140	1.2	32.5	19.2	6.3	4.1	75	80	35
JTB100	100	50	45	10	7.67	23	1.30	0.44	59	73	39	62	1800	190	1.8	41.3	23.5	10.3	3.5	100	140	55
JTB150	150	50	42	16	7.67	23	2.09	0.70	58	74	38	62	1800	425	2.5	98.2	55.7	23.8	9.3	150	170	65
JTB200	200	63	55	16	7.67	23	2.09	0.70	58	74	38	62	1800	575	2.5	130.2	73.4	31.7	12.4	200	250	80

Information for selection and ordering

Specify the push and pull loads, working stroke, motion profile, starts per hour and load distribution. Check compression buckling, ball screw life, input starting torque, and the load and speed combination for the exact model. Standard catalog stroke increments are 50 mm up to 500 mm and 100 mm above 500 mm up to 1,000 mm. Confirm the required end attachment and load-holding device before ordering.

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