Product catalog
Read the ZHR-P05 catalog page with electrical, mechanical and operating data.
Open ZHR-P05 catalog page ↗Integrated motion · Planetary joint series
ZHR-P05: Integrated Planetary Servo Joint Module
ZHR-P05 combines a planetary transmission and servo drive in a robot joint module with 1.6 Nm rated torque and 5.5 Nm peak torque. Explore the actual product, mounting drawing and detailed specifications below.
- Rated torque
- 1.6 Nm
- Peak torque
- 5.5 Nm
- Catalog weight
- 191 g
Model-specific configuration review · Direct engineering contact
01 / Product overview
Understand the model before design-in.
Quick answer: consider ZHR-P05 for compact dynamic motion where the mechanical envelope and application conditions fit the selected model. Validate the complete duty cycle, mechanical envelope and interface with engineering before release.
ZHR-P05 has the lowest published rated and peak torque in this six-model ZHR-P comparison. Start here when the required torque is within its 1.6 Nm rated and 5.5 Nm peak limits, then check speed, temperature and mounting.
Engineering boundary
Encoder, backlash and communication configuration are model-specific. ZHR-P60 is CAN only and does not support native EtherCAT.
Torque values are model-specific. Confirm the duty cycle, thermal conditions, interface and mechanical drawing before design-in.
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02 / Technical data
Public specification summary
Review the model parameters below. Download the catalog for complete technical documentation and configuration details.
Download Catalog (PDF) ↓| Parameter | Published value |
|---|---|
| Rated torque | 1.6 Nm |
| Peak torque | 5.5 Nm |
| Weight | 191 g |
| Reduction Ratio | 7.75 : 1 |
| Drive Method | FOC |
| Encoder Type | Magnetic Encoder (2 pcs) |
| Rated Voltage | 48 V |
| Operation Voltage Range | 15 - 60 VDC |
| Rated Output Power | 17 W ± 10% |
| No-load Speed | 480 rpm ± 10% |
| Rated Load Speed | 100 rpm ± 10% |
| Rated Load Phase Current | 2.4 Apk ± 10% |
| Peak Phase Current | 11 Apk ± 10% |
| Communication interface | Confirm the interface and configuration with engineering before design-in. |
Communication boundary: Communication: model-specific; contact engineering to confirm the interface before design-in. ZHR-P60 is CAN only and does not support native EtherCAT.
03 / Mechanical integration
ZHR-P05 dimensions & mounting
Inspect the model-specific mounting interfaces before designing the mating parts.
Before you freeze the mechanical design
- Mounting pattern: verify locating features, fixing-hole pattern and fastener engagement against the drawing.
- Clearance: account for the housing, connector access and cable routing in the assembly.
- External loading: provide radial and axial loads, shock conditions and the load-side inertia for review.
Validate the operating cycle
- Torque and speed: provide the load profile and acceleration demands, including peak duration.
- Thermal conditions: specify ambient temperature, cooling and continuous operating time.
- Controls: confirm the bus, encoder configuration and controller compatibility before ordering.
04 / Engineering resources
Documents and next step
Use the series specification page for the current public drawings and data. Request model-specific documents, configuration confirmation and quotation with your application conditions.
Public specification sheets
Check the current series documentation alongside the model drawing and comparison data.
View series spec sheets →Request your model files
Ask for the current ZHR-P05 STEP model, interface confirmation and quotation for your configuration.
Request engineering review for ZHR-P05 →05 / Compare the range
Find the right ZHR-P torque range.
Compare published ratings first, then validate speed, packaging and controls. Weight alone does not determine application suitability.
| Model | Rated torque | Peak torque | Weight | Model page |
|---|---|---|---|---|
| ZHR-P05 | 1.6 Nm | 5.5 Nm | 191 g | Current model |
| ZHR-P14 | 5 Nm | 14 Nm | 310 g ± 3 g | View model details |
| ZHR-P17 | 6 Nm | 17 Nm | 380 g ± 3 g | View model details |
| ZHR-P36 | 11 Nm | 36 Nm | 621 g | View model details |
| ZHR-P60 | 20 Nm | 60 Nm | 900 g ± 20 g | View model details |
| ZHR-P120 | 40 Nm | 120 Nm | 1420 g ± 20 g | View model details |
06 / Engineering questions
ZHR-P05 selection FAQs
What are the rated and peak torque values of ZHR-P05?
ZHR-P05 is listed at 1.6 Nm rated torque and 5.5 Nm peak torque. Peak torque is not a continuous operating rating. Confirm allowable peak duration, duty cycle and thermal conditions with engineering.
What supply voltage does ZHR-P05 use?
The catalog lists 48 V rated voltage. Check the operating voltage range and power supply requirements in the specification table before integration.
Which communication interface does ZHR-P05 support?
Confirm the interface and configuration with engineering before design-in.
How do I obtain ZHR-P05 dimensions and STEP CAD?
Use the model-specific dimensional drawing on this page and the linked specification catalog for initial layout. Request the current ZHR-P05 STEP model and configuration confirmation through the engineering RFQ link before releasing your mechanical design.
How should I compare ZHR-P05 with adjacent ZHR-P models?
ZHR-P05 has the lowest published rated and peak torque in this six-model ZHR-P comparison. Start here when the required torque is within its 1.6 Nm rated and 5.5 Nm peak limits, then check speed, temperature and mounting.
From specification to integration
Discuss your ZHR-P05 application.
Share your required torque and speed, duty cycle, supply voltage, control interface and target quantity. Your inquiry carries the ZHR-P05 reference so the engineering team can review the intended configuration.