PLPE

Our PLPE unites the best properties of the Economy Line with a performance advantage. It is cost effective, yet powerful, and generates minimal heat. The optimized output bearing has been designed for high radial and axial forces.

120

155

Configure with TDF

Features

Unrivaled price-performance ratio

Low heat generation at highest speeds

Optimized output bearing

For any mounting position

Lifetime lubrication for maintenance-free operation

Precise gearing

Options

Wide diversity of output shafts

Lubrication

Optimized clamping systems

Wide diversity of input flanges

Technical Data

Metric Imperial

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Gearbox characteristics

			PLPE050	PLPE070	PLPE090	PLPE120	PLPE155	Stage
Ratios			3, 4, 5, 7, 8, 10 3, 4, 5, 7, 8, 10				4, 5, 10 4, 5, 10	1
Ratios			9, 12, 15, 16, 20, 25, 32, 40, 64, 100 9, 12, 15, 16, 20, 25, 32, 40, 64, 100				16, 20, 25, 40, 50, 100 16, 20, 25, 40, 50, 100	2
Efficiency at full load	η	% %	97 - 98 97 - 98
Min. operating temperature / Max. operating temperature	T_min / T_max	°C °F	-25 / 90 -13 / 194
Protection class			IP54 IP54
Standard backlash	j_t	arcmin arcmin	<15 - <19 <15 - <19	<10 - <12 <10 - <12	<7 - <9 <7 - <9	<7 - <9 <7 - <9	<6 - <9 <6 - <9
Torsional stiffness	c_g	Nm /arcmin lb_f.in/arcmin	0.7 - 1.0 6 - 9	3.3 - 5.3 29 - 47	9.7 - 15.0 86 - 133	21.0 - 40.0 186 - 354	54.5 - 70.0 482 - 620
Gearbox weight	m_G	kg lb_m	0.6 - 0.8 1.3 - 1.8	1.4 - 1.9 3.1 - 4.1	3.2 - 4.0 7.1 - 8.9	7.4 - 9.6 16.3 - 21.3	16.8 - 22.5 37.0 - 49.6
Running noise	Q_g	dB(A) dB(A)	58 58	58 58	60 60	65 65	70 70

Output shaft loads

			PLPE050	PLPE070	PLPE090	PLPE120	PLPE155
Radial force for 20,000 h / Radial force for 30,000 h	F_{r 20.000 h} / F_{r 30.000 h}	N lb_f	700 - 800 157 - 180	900 - 1050 202 - 236	1700 - 1900 382 - 427	2150 - 2500 483 - 562	4600 - 5200 1034 - 1169
Axial force for 20,000 h / Axial force for 30,000 h	F_{a 20.000 h} / F_{a 30.000 h}	N lb_f	800 - 1000 180 - 225	1000 - 1350 225 - 303	1500 - 2000 337 - 450	3000 - 4000 674 - 899	6000 - 7000 1349 - 1574
Tilting moment for 20,000 h	M_{K 20.000 h}	Nm lb_f.in	26 227	43 376	99 876	168 1482	497 4398

Moment of inertia

			PLPE050	PLPE070	PLPE090	PLPE120	PLPE155
Mass moment of inertia	J	kgcm² lb_f.in.s²10^-4	0.014 - 0.030 0.124 - 0.266	0.064 - 0.174 0.566 - 1.540	0.356 - 0.789 3.151 - 6.983	1.376 - 2.764 12.179 - 24.463	4.759 - 7.611 42.121 - 67.363

Output torques

			PLPE050	PLPE070	PLPE090	PLPE120	PLPE155	Stage
Nominal output torque	T_2N	Nm lb_f.in	5 - 15 44 - 133	15 - 33 133 - 292	38 - 90 336 - 797	95 - 172 841 - 1522	210 - 460 1859 - 4071	1
Nominal output torque	T_2N	Nm lb_f.in	5 - 15 44 - 133	15 - 33 133 - 292	38 - 97 336 - 859	95 - 195 841 - 1726	210 - 460 1859 - 4071	2
Max. output torque	T_2max	Nm lb_f.in	8 - 24 71 - 212	24 - 53 212 - 469	61 - 144 540 - 1275	152 - 275 1345 - 2434	336 - 736 2974 - 6514	1
Max. output torque	T_2max	Nm lb_f.in	8 - 24 71 - 212	24 - 53 212 - 469	61 - 155 540 - 1372	152 - 312 1345 - 2761	336 - 736 2974 - 6514	2
Emergency stop torque	T_2Stop	Nm lb_f.in	23 - 36 199 - 319	66 - 88 584 - 779	178 - 240 1575 - 2124	340 - 520 3009 - 4602	420 - 920 3717 - 8143	1
Emergency stop torque	T_2Stop	Nm lb_f.in	27 - 40 239 - 354	80 - 88 708 - 779	190 - 260 1682 - 2301	380 - 520 3363 - 4602	420 - 920 3717 - 8143	2

Input speeds

			PLPE050	PLPE070	PLPE090	PLPE120	PLPE155
Average thermal input speed at T_2N and S1	n_1N	min^-1 rpm	5000 5000	3650 - 4500 3650 - 4500	2300 - 4000 2300 - 4000	2050 - 3500 2050 - 3500	1100 - 3000 1100 - 3000
Max. mechanical input speed	n_1Limit	min^-1 rpm	18000 18000	13000 13000	7000 7000	6500 6500	5500 5500

Geometry

			PLPE050	PLPE070	PLPE090	PLPE120	PLPE155	Stage
Shaft diameter output	D3	mm in	12 0.472	16 0.630	22 0.866	32 1.260	40 1.575
Centering diameter output	D5	mm in	35 1.378	52 2.047	68 2.677	90 3.543	120 4.724
Housing diameter	D6	mm in	50 1.969	70 2.756	90 3.543	120 4.724	155 6.102
Total length	L1	mm in	94.0 3.701	111.0 4.370	147.0 5.787	192.0 7.559	275.5 10.846	1
Total length	L1	mm in	106.5 4.193	124.0 4.882	165.0 6.496	219.5 8.642	320.0 12.598	2
Shaft length output	L3	mm in	24.5 0.965	36 1.417	46 1.811	68 2.677	97 3.819