Qube Linears

COPAS Linear Unit - Horizontal Right or Left Hand Thread

Function:
A rotating movement of the thread spindle is converted into a linear movement of the guide table

COPAS Linear Unit - Horizontal Right or Left Hand Thread
Code Number	Type	Spindle	Basic Length^*	A	B	C	ØD	ØD1	E	F	G	H	I	J1	J2	K1	K2	L	M1	M2	M3	N	ØO	P	Q	R	S	ØT	U	V	W	X	max. trael	Weight lbs.
Code Number	Type	Spindle	Basic Length^*	A	B	C	ØD	ØD1	E	F	G	H	I	J1	J2	K1	K2	L	M1	M2	M3	N	ØO	P	Q	R	S	ØT	U	V	W	X	max. trael	basic length	per 100mm travel
COPAS with ACME Thread Spindle
74_20_4	TR-HO 20	Tr14x3	202	90	136	50	7	30	120	70	136	56	110	30	37	40	60	216	M6-19 deep	M6-12 deep	M4-10 deep	80	20	2x2x20	58	60	30	8	26	14	2	42	1300	4.5	0.59
74_30_4	TR-HO 30	Tr20x4	241	100	168	60	7	40	150	85	168	70	140	46	48	46	77	255	M8-16 deep	M8-12 deep	M5-12 deep	100	30	3x3x20	74	80	40	10	38	14.5	10	56	2300	8.5	1.30
74_40_4	TR-HO 40	Tr20x4	305	125	204	100	9	40	170	110	204	90	170	46	55	46	87	325	M8-16 deep	M8-15 deep	M6-14 deep	120	40	4x4x25	92	100	50	12	38	20	12	70	2250	16.9	2.16
COPAS with ball screw spindle
75_20_4	KG-HO 20	KG 16x5	202	90	136	50	7	30	120	70	136	56	110	30	37	40	60	216	M6-16 deep	M6-12 deep	M4-10 deep	80	20	2x2x20	58	60	30	8	26	14	2	42	1800	4.6	0.62
75_30_4	KG-HO30	KG 16x5	241	100	168	60	7	40	150	85	168	70	140	46	48	46	77	255	M8-16 deep	M8-12 deep	M5-12 deep	100	30	3x3x20	74	80	40	10	38	14.5	10	56	1800	8.5	1.23
75_40_4	KG-HO40	KG 20x5	305	125	204	100	9	40	170	110	204	90	170	46	55	46	87	325	M8-16 deep	M8-15 deep	M6-14 deep	120	40	4x4x25	92	100	50	12	38	20	12	70	2250	16.9	2.17

1= 1 drive pin
3= 2 drive pins

1 = Right hand thread
2 = Left hand thread

*The basic length is the length of the unit without travel.


Heavy Duty Mobile Adjustment Stand	Labeling Stand with Control	Adjustable Attachment Systems for Packaging and Product Labels	X-Y-Z Belt Driven Gantry System

We have attempted to present the information on this website in a straight-forward manner. We offer this information as accurate at the time of publication. Specifications are subject to change without notice. Rose+Krieger is not responsible for inadvertent errors.