PL Planetary Gearbox

PL Planetary Gearbox HZPT have many years of experience in Planetary gearbox, we produce very high quality planetary gearbox with very competitive prices.Planetary gearbox have been designed for different transmission . The power is transmitted form the motor to sun gearbox. The sun gearbox drives t......

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Product Description

PL Planetary Gearbox

HZPT have many years of experience in Planetary gearbox, we produce very high quality planetary gearbox with very competitive prices.Planetary gearbox have been designed for different transmission . The power is transmitted form the motor to sun gearbox. The sun gearbox drives three Planetary gearbox, which are contained within an internal toothed ring gearbox. The Planetary gearbox are mounted on the planetary carrier. The planetary carrier is part output shaft. So when the sun gearbox rotates, it drives the three Planetary gearbox inside the ring gearbox. As Planetary gearbox rotate with carries and automatically the highest torque and stiffness for a given envelope. The other significant advantages are simple and efficient lubrication and a balanced system at high speeds. The balanced planetary kinematics and the associated load sharing makes the planetary-type gearbox truly ideal for servo applications. Modular concept,allows us to affer particularly short delivery time for gearbox with a constantly high standard of quality wether your applications requires a reducer for motor, Let our term of engineers work for you.

PL planetary gearbox technical data锛?/strong>

Type		PL40	PL60	PL90	PL120	PL160	Ratio	Stages
Nominal output torqueT2N	Nm	25	66	158	337	950	3	1
		27.5	71.5	172.5	360	1030	4
		23	53	124	300	850	5
		10	26	67	150	510	8
		- -	- -	- -	150	510	10
		25	66	158	337	950	9	2
		25	66	158	337	950	12
		25	66	158	337	950	15
		27.5	71.5	172.5	360	1030	16
		27.5	71.5	172.5	360	1030	20
		23	53	124	300	850	25
		27.5	71.5	172.5	360	1030	32
		23	53	124	300	850	40
		10	26	67	150	510	64
		25	66	158	337	950	60	3
		27.5	71.5	172.5	360	1030	80
		27.5	71.5	172.5	360	1030	100
		25	66	158	337	950	120
		27.5	71.5	172.5	360	1030	160
		23	53	124	300	850	200
		27.5	71.5	172.5	360	1030	256
		23	53	124	300	850	320
		10	26	67	150	510	512
Emergency stop			T2Not=2T2N

Type		PL40	PL60	PL90	PL120	PL160	Stages
Frmax.for10.000h	N	293	492	841	2259	6196.6
Famax.for10.000h	N	200	339	580	1558	4273.5
Efficiency with full load	%	96					1
		94					2
		90					3
Average lifetime	h	20000
Weight	Kg	0.37	0.90	2.25	6.00	18.00	1
		0.45	1.10	2.65	7.80	24.00	2
		0.53	1.30	3.10	9.50	29.00	3

Type		PL40	PL60	PL90	PL120	PL160	Ratio
Moment of inertia	kgcm2	0.031	0.135	0.77	2.63	12.14	3
		0.022	0.093	0.52	1.79	7.78	4
		0.019	0.078	0.45	1.53	6.07	5
		0.017	0.065	0.39	1.32	4.63	8
		--	--	--	2.62	12.37	10
		0.03	0.131	0.74	2.62	12.15	9
		0.029	0.127	0.72	2.56	12.37	12
		0.023	0.077	0.71	2.53	12.35	15
		0.022	0.088	0.5	1.75	7.47	16
		0.019	0.075	0.44	1.5	6.65	20
		0.019	0.075	0.44	1.49	5.81	25
		0.017	0.064	0.39	1.3	6.36	32
		0.016	0.064	0.39	1.63	5.28	40
		0.016	0.064	0.39	1.3	4.5	64
		0.029	0.076	0.51	2.57	7.5	60
		0.019	0.075	0.5	1.5	7.5	80
		0.019	0.075	0.44	1.49	7.4	100
		0.029	0.064	0.7	2.5	7.3	120
		0.016	0.064	0.39	1.3	6.5	160
		0.016	0.064	0.39	1.3	6.2	200
		0.016	0.064	0.39	1.3	5.7	256
		0.016	0.064	0.39	1.3	5.4	320
		0.016	0.064	0.39	1.3	5.2	512

Banklash		arcmin(鍒?	PL40	PL60	PL90	PL120	PL160	Stages
	precision		<5	<3	<3	<3	<5	1
	criterion		<10	<8	<8	<8	<10	1
	precision		<8	<5	<5	<5	<8	2
	criterion		<12	<10	<10	<10	<12	2
	precision		<10	<8	<8	<8	<10	3
	criterion		<15	<12	<12	<12	<15	3

		PL40	PL60	PL90	PL120	PL160
Torsional rigidity	Nm/arcmin	0.7	1.8	4.4	9.2	26.7
Noise	dB(A)	55	58	60	65	70
Max.input speed	min-1	10000	8000	6000	6000	6000
Advised input speed	min-1	4500	4000	4000	3500	3000

PL planetary gearbox dimensions锛?/strong>

	Type		PL40			PL60			PL90			PL1201			PL1602
	stages		1	2	3	1	2	3	1	2	3	1	2	3	1	2	3
D1	flange holes circle		34			52			70			100			145
D2	Mounting threadx depth	4脳	M4脳6			M5脳8			M6脳10			M10脳16			M12脳20
D3	Output shaft diameter	h6	10			14			20			25			40
D4	Shaft root		12			17			25			35			55
D5	Output centering	h7	26			40			60			80			130
D6	body diameter		45			60			80			115			160
D7	Input center bore for motor	H7	30			50			70			110			114.3
D8	Input pinion bore	F7	8			14			19			22			35
D9	Hole circle		46			70			90			145			200
D10	Mounting threadx depth		M4脳10			M5脳12			M6脳15			M8脳20			M12脳25
Q1	Input flange	鈻?/td>	40			60			80			120			175
L1	Key length		15			25			30			40			65
L2	Distance from shaft end		4			2.5			3			5			7.5
L3	Shaft length from spigot		23			30			36			50			80
L4	Shaft length from output		26			35			40			55			87
L5	Body length		38	50	61.7	46.2	59.5	72.8	60.5	77.5	95	99.5	126.5	153.5	173.5	223	263.5
L6	Motor flange length		29.3			32.6			44.5			40			25
L7	Overal lngth		93.3	105.3	117	113.8	127.1	140.4	145	162	179.5	194.5	221.5	248.5	285.5	335	375.5
L8	Spigot depth		2			3			3			4			5
L9	Motor location depth		3.5			6.5			6.5			6.5			3.5
L10	Motor shaft length		25			30			40			55			79
B1	Key width		3			5			6			8			12
H1	Key height		11.2			16			22.5			28			43
Z	Orient holes		M3脳9			M5脳12			M6脳16			M10脳22			M12脳25

For longer motor shafts L6 applies:The measure L6 and L10 will be lengthen by the same amount as the motor shaft.
Hornwork 1锛塱=10hour锛孌6=蠁120锛孡5=82锛孡6=56锛孡7=193锛汬ornwork 2锛塱=10hour锛孡5=178锛孡7=290銆?/li>

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