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PII&PIIR series
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Catalog excerpts

PII&PIIR series - 1

APEX DYNAMICS, INC. PLANETARY GEARBOX NEW GENERATION P-SERIES PE II / PG II / PA II / PS II / PN II / PD / PL PE II R / PG II R / PA II R / PS II R / PN IIR / PDR / PLR

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PII&PIIR series - 2

Planetary Gearboxes New P series PEII / PEIIR / PEIIS / PGII / PGIIR / PGIIS / PAII / PAIIR / PAIIS / PSII / PSII R / PSIIS / PNII / PNIIR / PNIIS / PD / PDR / PDS / PL / PLR New Generation P Series Features: Economic High efficiency Low noise Reduced backlash Optimized Inertia moment Limited temperature rise Long service life Flexible mounting diameters Minimized size and weight The perfect servo planetary gearbox ! The brand new APEX PII / PIIR series. The PII / PIIR series is an economic high precision planetary gearbox with excellent performance and quality. Our innovative PII / PIIR...

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PII&PIIR series - 3

Motor Type Shaft Type Ratio : (3) 1-stage: 3, 4, 5, 7 ,9 ,10 (5) (3) 2-stage: 12 ,15, 16, 20, 25, 30, 35, 40, 50, 70, 81 , 100 (4) 3-stage : 120, 160, 200, 280, 350, 500, 700, 1000 PIIS is the PII version with option input “SHAFT” instead of input “HUB” Gearbox Size: PE II : PE II 050 , PEII 070, PE II 090, PE II 120, PE II PGII : PGII 040 , PGII 060 , PGII 080 , PG II 120 , PG II PA II: PA II 042 , PAII 060, PAII 090, PA II 115, PA II PS II : PS II A, PSII B, PS II C, PS II D, PS II PN II : PN II 017 , PN II 023 , PN II 034, PN II 042, PN II PD : PD 053 , PD 064 , PD 090 , PD 110 PL : PL...

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PII&PIIR series - 4

Planetary Gearboxes New P series PEII / PEIIR / PEIIS / PGII / PGIIR / PGIIS / PAII / PAIIR / PAIIS / PSII / PSII R / PSIIS / PNII / PNIIR / PNIIS / PD / PDR / PDS / PL / PLR PE II / PE IIR Gearbox Performance Stages Nominal Output Torque T 2N Emergency Stop Torque T 2NOT No Load Running Torque Torsional Rigidity Nominal Input Speed n 1N Max. Input Speed n 1B Max. Radial Load F 2rB (3) Max. Axial Load F 2aB(3) Operating Temp Degree of Gearbox Protection Lubrication Mounting Position Max. bending moment based on the gearbox input flange Mb(5) Running Noise (1) Ratio (i= N i n / N o u t ) ....

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PII&PIIR series - 5

PE II Gearbox Inertia Model No. Ø PE IIR Gearbox Inertia Model No. Ø Permitted Radial Axial Loads Permitted Radial And And Axial Loads 6000 PEII 050 PEII 070 PEII 090 PEII 120 PEII 155 PEII R 050 PEII R 070 PEII R 090 PEII R 120 PEII R 155 Permitted Radial Load F 2rB (N) On Center Position of shaft Position Load Factor K b PEII 050 PEII 070 PEII 090 PEII 120 PEII 155 PEII R 050 PEII R 070 PEII R 090 PEII R 120 PEII R 155 If radial force F 2r is not exerted on the center of the output shaft X<1/2 L or X>1/2 L, the permitted radial and axial loads can be calculated by the position load factor...

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PII&PIIR series - 6

Planetary Gearboxes New P series PEII / PEIIR / PEIIS / PGII / PGIIR / PGIIS / PAII / PAIIR / PAIIS / PSII / PSII R / PSIIS / PNII / PNIIR / PNIIS / PD / PDR / PDS / PL / PLR Shaft Detail A Remark (2) (1) Dimensions are related to motor interface. Please contact APEX for details. (2) As alternative to input “HUB”, input “SHAFT” is also available, please find in p

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PII&PIIR series - 7

PEII R Series Dimension L2 Shaft Detail A Remark (1) (1) Dimensions are related to motor interface. Please contact APEX for details.

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PII&PIIR series - 8

Planetary Gearboxes New P series PEII / PEIIR / PEIIS / PGII / PGIIR / PGIIS / PAII / PAIIR / PAIIS / PSII / PSII R / PSIIS / PNII / PNIIR / PNIIS / PD / PDR / PDS / PL / PLR PGII / PG IIR Gearbox Performance Model No. 2 Nominal Output Torque T 2N Emergency Stop Torque T 2NOT Max. Acceleration Torque T 2B No Load Running Torque Torsional Rigidity Nominal Input Speed n 1N Max. Input Speed n 1B Max. Radial Load F 2rB(3) Max. Axial Load F 2aB(3) Operating Temp Degree of Gearbox Protection Lubrication Mounting Position Max. bending moment based on the gearbox input flange Mb(5) Running Noise...

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PII&PIIR series - 9

PGII Gearbox Inertia Model No. PGII R Gearbox Inertia Model No. Ø Permitted Radial Axial Loads Permitted Radial And And Axial Loads 6000 PGII 040 / PGII 060 / PGII 080 / PGII 120 / PGII 160 / PGII R 040 PGII R 060 PGII R 080 PGII R 120 PGII R 160 Permitted Radial Load F 2rB (N) On Center Position of shaft Position Load Factor K b PGII 040 / PGII 060 / PGII 080 / PGII 120 / PGII 160 / PGII R 040 PGII R 060 PGII R 080 PGII R 120 PGII R 160 If radial force F 2r is not exerted on the center of the output shaft X<1/2 L or X>1/2 L, the permitted radial and axial loads can be calculated by the...

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PII&PIIR series - 10

Planetary Gearboxes New P series PEII / PEIIR / PEIIS / PGII / PGIIR / PGIIS / PAII / PAIIR / PAIIS / PSII / PSII R / PSIIS / PNII / PNIIR / PNIIS / PD / PDR / PDS / PL / PLR (1) Dimensions are related to motor interface. Please contact APEX for details. (2) As alternative to input “HUB”, input “SHAFT” is also available, please find in page

Open the catalog to page 10
PII&PIIR series - 11

PGII R Series Dimension L2 Shaft Detail A Remark (1) (1) Dimensions are related to motor interface. Please contact APEX for details.

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PII&PIIR series - 12

Planetary Gearboxes New P series PEII / PEIIR / PEIIS / PGII / PGIIR / PGIIS / PAII / PAIIR / PAIIS / PSII / PSII R / PSIIS / PNII / PNIIR / PNIIS / PD / PDR / PDS / PL / PLR PA II / PA IIR Gearbox Performance Stages Nominal Output Torque T 2N 100 Emergency Stop Torque T 2NOT No Load Running Torque Torsional Rigidity Nominal Input Speed n 1N Max. Input Speed n 1B Max. Radial Load F 2rB (3) Max. Axial Load F 2aB(3) Operating Temp Degree of Gearbox Protection Lubrication Mounting Position Max. bending moment based on the gearbox input flange Mb(5) Running Noise (1) Ratio (i= N i n / N o u t )...

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PII&PIIR series - 13

PA II Gearbox Inertia Model No. Ø PA IIR Gearbox Inertia Model No. Ø Permitted Radial And Axial Loads 6000 PAII 042 PAII 060 PAII 090 PAII 115 PAII 142 PAII R 042 PAII R 060 PAII R 090 PAII R 115 PAII R 142 Permitted Radial Load F 2rB (N) On Center Position of shaft Position Load Factor K b PAII 042 PA II 060 PAII 090 PAII 115 PAII 142 PAII R 042 PAII R 060 PAII R 090 PAII R 115 PAII R 142 If radial force F 2r is not exerted on the center of the output shaft X<1/2 L or X>1/2 L, the permitted radial and axial loads can be calculated by the position load factor K b on the above diagram....

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