TP⁺ planetary gearbox

Motor mounting alpha Advanced Line / alpha Premium Line Planetary gearboxes
TP⁺ planetary gearbox
TP⁺ HIGH TORQUE planetary gearbox
TP⁺ HIGH TORQUE planetary gearbox with pinion
Advanced Linear System with planetary gearbox TP⁺ HIGH TORQUE
Motor mounting alpha Advanced Line / alpha Premium Line Planetary gearboxes
TP⁺ planetary gearbox

Compact precision

Compact top performers with output flange. The standard version is ideally suited for high positioning accuracy and highly dynamic cyclic operation. The TP⁺ HIGH TORQUE is particularly well suited for high-precision applications in which high torsional rigidity is required.

Short delivery time available for selected product configurations. Find out more

Downloads

Technical data / Dimension sheets (3 MB)
Catalog alpha Advanced Line (25 MB)
Ordering code / CAD data TP⁺
Instruction sheet: Adapter plate (1 MB)
Technical documents (incl. operating manual) (3 MB)
Instruction sheet: Sealing Plate (122 KB)
Operating manual cynapse^® (629 KB)
Motor mounting video alpha Advanced Line / alpha Premium Line

Customized solutions

We will develop a solution for you that is tailored to your drive needs. You will benefit from our years of experience, our highly skilled staff and our services. Please contact us.

Contact form

WITTENSTEIN alpha GmbH

Walter-Wittenstein-Str. 1

97999 Igersheim (Germany)

+49 7931 493-0

+49 7931 493-200

info@wittenstein-alpha.com

www.wittenstein-alpha.com

Product type		TP⁺	TP⁺ HIGH TORQUE
Version		MF	MA
Ratio		4 - 100	22 - 302,5
Number of sizes		7	8
Max. backlash ^c)	j_t [arcmin]	Standard ≤ 3 Reduced ≤ 1	Standard ≤ 1 Reduced –
Max. torque	T_2a [Nm]	43 - 9600	315 - 22000
Max. input speed	n_1Max [rpm]	7500	7500
Torsional rigidity	C_t21 [Nm/arcmin]	1450	3000
Max. tilting moment	M_2KMax [Nm]	8800	31600

^c) In relation to reference sizes

Detailed overview by size

Product type	TP⁺	TP⁺ HIGH TORQUE
Version	MF	MA
Output shape
Flange	✓	✓
System output	✓	✓
Input shape
Motor-mounted	✓	✓
Self-contained version	✓
Characteristic
Food-grade lubrication ^{a) b)}	✓	✓
Corrosion resistant ^{a) b)}	✓	✓
Optimized mass inertia ^a)	✓	✓
System solutions
Linear system (rack / pinion)	✓	✓
Servo actuator	✓	✓
Accessory (please refer to the product pages for further information)
Coupling	✓	✓
Mounting ring	✓	✓

Product highlights

Consistently high performance

Constant backlash throughout the service life of the gearbox ensures a consistently high performance.

Low maintenance

Highest quality standards guarantee a long service life and extend maintenance intervals.

Speed

High speeds increase machine output.

Positioning accuracy

Minimal backlash and extreme rigidity ensure maximum positioning accuracy at the tool center point.

Reliability

Extremely reliable gearboxes prevent cost-intensive machine breakdowns.

Extremely smooth running due to helical toothing

Connectivity of the motor shafts due to the large number of clamping hub diameters

Very high torque density due to superior toothing concept

Tapered roller bearing for absorbing axial and radial forces

Extremely smooth running due to helical toothing

Applications

Our gearboxes put digital signage in motion

Our low-backlash planetary gearboxes position giant moving LED panels to create ever-changing formations.

Maximum precision for profile machining centers

Our planetary gearboxes ensure precise machining of modules for the Louvre Abu Dhabi on profile machining centers.

Maximum precision for tube machining centers

WITTENSTEIN alpha gearboxes enable high positioning accuracy and reproducibility.

WITTENSTEIN alpha in all axes

Low backlash planetary gearboxes

WITTENSTEIN alpha develops complete, single-supplier solutions for any driving axis. They can be used in virtually any application – from high-precision axes in manufacturing systems to packaging machinery where maximum productivity is required.
The name WITTENSTEIN alpha is a byword for premium quality and reliability, high precision and synchronization accuracy, highest power density, a long lifetime and very simple motor mounting.