Global Robotics
HPS-TSJ142-850 is a Hypersen joint torque sensor with a tabulated 850 N·m range and RS485 output. Robotics eligibility is inferred from its membership in the manufacturer joint-torque portfolio and the official family application statement; no exact-model deployment is claimed. The family card gives diameter 142 by 16 mm; the page-assigned drawing instead prints outer diameter 114 and thickness 16, without a general unit label. The drawing identity and revision applicability remain unresolved. Cover image: Manufacturer reference illustration.
Source-backed claims. Configuration, workload and evidence type matter when comparing products.
≤±0.5 %F.S./30 min
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page parameter table; Manufacturer exact-product HTML parameter table; test environment, electronics revision and calibration method are unspecified. Creep interval is 30 minutes, as printed in the header.
蠕变 (%F.S./30min) ≤±0.5
11.25°
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page mechanical drawing; Literal callout from the mechanical drawing embedded by this exact product page. No explicit general linear-unit label is present, so no mm unit is inferred. Tolerances and fits are retained rather than converted to nominal-only dimensions. The family card gives diameter 142 by 16 mm; the page-assigned drawing instead prints outer diameter 114 and thickness 16, without a general unit label. The drawing identity and revision applicability remain unresolved.
11.25°
Φ2.05 through
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page mechanical drawing; Literal callout from the mechanical drawing embedded by this exact product page. No explicit general linear-unit label is present, so no mm unit is inferred. Tolerances and fits are retained rather than converted to nominal-only dimensions. The family card gives diameter 142 by 16 mm; the page-assigned drawing instead prints outer diameter 114 and thickness 16, without a general unit label. The drawing identity and revision applicability remain unresolved.
Φ2.05 完全贯穿
8×M2.5-6H through
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page mechanical drawing; Literal callout from the mechanical drawing embedded by this exact product page. No explicit general linear-unit label is present, so no mm unit is inferred. Tolerances and fits are retained rather than converted to nominal-only dimensions. The family card gives diameter 142 by 16 mm; the page-assigned drawing instead prints outer diameter 114 and thickness 16, without a general unit label. The drawing identity and revision applicability remain unresolved.
8×M2.5-6H 完全贯穿
Φ35
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page mechanical drawing; Literal callout from the mechanical drawing embedded by this exact product page. No explicit general linear-unit label is present, so no mm unit is inferred. Tolerances and fits are retained rather than converted to nominal-only dimensions. The family card gives diameter 142 by 16 mm; the page-assigned drawing instead prints outer diameter 114 and thickness 16, without a general unit label. The drawing identity and revision applicability remain unresolved.
Φ35
Φ4.2 through
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page mechanical drawing; Literal callout from the mechanical drawing embedded by this exact product page. No explicit general linear-unit label is present, so no mm unit is inferred. Tolerances and fits are retained rather than converted to nominal-only dimensions. The family card gives diameter 142 by 16 mm; the page-assigned drawing instead prints outer diameter 114 and thickness 16, without a general unit label. The drawing identity and revision applicability remain unresolved.
Φ4.2 完全贯穿
Φ45
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page mechanical drawing; Literal callout from the mechanical drawing embedded by this exact product page. No explicit general linear-unit label is present, so no mm unit is inferred. Tolerances and fits are retained rather than converted to nominal-only dimensions. The family card gives diameter 142 by 16 mm; the page-assigned drawing instead prints outer diameter 114 and thickness 16, without a general unit label. The drawing identity and revision applicability remain unresolved.
Φ45
Φ52 H7 +0.03 0
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page mechanical drawing; Literal callout from the mechanical drawing embedded by this exact product page. No explicit general linear-unit label is present, so no mm unit is inferred. Tolerances and fits are retained rather than converted to nominal-only dimensions. The family card gives diameter 142 by 16 mm; the page-assigned drawing instead prints outer diameter 114 and thickness 16, without a general unit label. The drawing identity and revision applicability remain unresolved.
Φ52 H7 +0.03 0
16×M5-6H through
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page mechanical drawing; Literal callout from the mechanical drawing embedded by this exact product page. No explicit general linear-unit label is present, so no mm unit is inferred. Tolerances and fits are retained rather than converted to nominal-only dimensions. The family card gives diameter 142 by 16 mm; the page-assigned drawing instead prints outer diameter 114 and thickness 16, without a general unit label. The drawing identity and revision applicability remain unresolved.
16×M5-6H 完全贯穿
Φ10 6
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page mechanical drawing; Literal callout from the mechanical drawing embedded by this exact product page. No explicit general linear-unit label is present, so no mm unit is inferred. Tolerances and fits are retained rather than converted to nominal-only dimensions. The two lines represent the diameter and depth adjacent to the counterbore/depth symbols. The family card gives diameter 142 by 16 mm; the page-assigned drawing instead prints outer diameter 114 and thickness 16, without a general unit label. The drawing identity and revision applicability remain unresolved.
Φ10 6
Φ114 0 -0.05
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page mechanical drawing; Literal callout from the mechanical drawing embedded by this exact product page. No explicit general linear-unit label is present, so no mm unit is inferred. Tolerances and fits are retained rather than converted to nominal-only dimensions. The family card gives diameter 142 by 16 mm; the page-assigned drawing instead prints outer diameter 114 and thickness 16, without a general unit label. The drawing identity and revision applicability remain unresolved.
Φ114 0 -0.05
16×Φ5.5 through
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page mechanical drawing; Literal callout from the mechanical drawing embedded by this exact product page. No explicit general linear-unit label is present, so no mm unit is inferred. Tolerances and fits are retained rather than converted to nominal-only dimensions. The family card gives diameter 142 by 16 mm; the page-assigned drawing instead prints outer diameter 114 and thickness 16, without a general unit label. The drawing identity and revision applicability remain unresolved.
16×Φ5.5 完全贯穿
Φ100
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page mechanical drawing; Literal callout from the mechanical drawing embedded by this exact product page. No explicit general linear-unit label is present, so no mm unit is inferred. Tolerances and fits are retained rather than converted to nominal-only dimensions. The family card gives diameter 142 by 16 mm; the page-assigned drawing instead prints outer diameter 114 and thickness 16, without a general unit label. The drawing identity and revision applicability remain unresolved.
Φ100
16
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page mechanical drawing; Literal callout from the mechanical drawing embedded by this exact product page. No explicit general linear-unit label is present, so no mm unit is inferred. Tolerances and fits are retained rather than converted to nominal-only dimensions. The family card gives diameter 142 by 16 mm; the page-assigned drawing instead prints outer diameter 114 and thickness 16, without a general unit label. The drawing identity and revision applicability remain unresolved.
16
Φ110 H7 +0.035 0
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page mechanical drawing; Literal callout from the mechanical drawing embedded by this exact product page. No explicit general linear-unit label is present, so no mm unit is inferred. Tolerances and fits are retained rather than converted to nominal-only dimensions. The family card gives diameter 142 by 16 mm; the page-assigned drawing instead prints outer diameter 114 and thickness 16, without a general unit label. The drawing identity and revision applicability remain unresolved.
Φ110 H7 +0.035 0
Φ88 H7 +0.035 0
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page mechanical drawing; Literal callout from the mechanical drawing embedded by this exact product page. No explicit general linear-unit label is present, so no mm unit is inferred. Tolerances and fits are retained rather than converted to nominal-only dimensions. The family card gives diameter 142 by 16 mm; the page-assigned drawing instead prints outer diameter 114 and thickness 16, without a general unit label. The drawing identity and revision applicability remain unresolved.
Φ88 H7 +0.035 0
φ142*16 mm
Manufacturer specification
Configuration: HPS-TSJ142-850; family card; Manufacturer family-card dimensional claim; the card uses mm. Diameter and axial thickness are shown in that order. The family card gives diameter 142 by 16 mm; the page-assigned drawing instead prints outer diameter 114 and thickness 16, without a general unit label. The drawing identity and revision applicability remain unresolved.
HPS-TSJ142-850扭矩传感器量程为850Nm，产品尺寸为φ142*16mm，可承受150%过载。
≤±0.5 %F.S.
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page parameter table; Manufacturer exact-product HTML parameter table; test environment, electronics revision and calibration method are unspecified.
滞后(%F.S.) ≤±0.5
700±5 Ω
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page parameter table; Manufacturer exact-product HTML parameter table; test environment, electronics revision and calibration method are unspecified. Source row order is output resistance / input resistance. Applicability to the internal bridge versus external digital interface is unspecified.
输出/输入电阻（Ω） 750±50/700±5
≥5000 MΩ
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page parameter table; Manufacturer exact-product HTML parameter table; test environment, electronics revision and calibration method are unspecified. At 50 V DC, as explicitly printed. M is the mega prefix in the Ω row; value is 5000 MΩ, not 5000 Ω.
绝缘电阻（Ω） ≥5000M(50VDC)
≤±0.5 %F.S.
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page parameter table; Manufacturer exact-product HTML parameter table; test environment, electronics revision and calibration method are unspecified.
非线性(%F.S.) ≤±0.5
-20~80 °C
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page parameter table; Manufacturer exact-product HTML parameter table; test environment, electronics revision and calibration method are unspecified.
工作温度（℃） -20~80
750±50 Ω
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page parameter table; Manufacturer exact-product HTML parameter table; test environment, electronics revision and calibration method are unspecified. Source row order is output resistance / input resistance. Applicability to the internal bridge versus external digital interface is unspecified.
输出/输入电阻（Ω） 750±50/700±5
RS485
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page parameter table; Manufacturer exact-product HTML parameter table; test environment, electronics revision and calibration method are unspecified. Output alternatives are printed under one named model; no separately named hardware-interface variants are inferred. Analog sensitivities retain mV/V; RS485 is an interface, not a mV/V value.
输出信号(mV/V) RS485
≤±0.5 %F.S.
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page parameter table; Manufacturer exact-product HTML parameter table; test environment, electronics revision and calibration method are unspecified.
重复性(%F.S.) ≤±0.5
≤150 %F.S.
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page parameter table; Manufacturer exact-product HTML parameter table; test environment, electronics revision and calibration method are unspecified. The source literally prints an upper-bound sign ≤150; it is not silently changed to a guaranteed minimum overload rating.
安全过载（%F.S.） ≤150
1,000 Hz
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page parameter table; Manufacturer exact-product HTML parameter table; test environment, electronics revision and calibration method are unspecified. RS485 output only; no analog-channel sample rate is inferred.
采样频率（Hz） 1000(RS485)
≤±0.5 %F.S./10 °C
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page parameter table; Manufacturer exact-product HTML parameter table; test environment, electronics revision and calibration method are unspecified. Per 10 °C temperature change; no ambient reference temperature is printed.
灵敏度温度系数（( %F.S./10℃ )） ≤±0.5
12 V DC
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page parameter table; Manufacturer exact-product HTML parameter table; test environment, electronics revision and calibration method are unspecified.
供电电压（V） DC 12
850 N·m
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page parameter table; Manufacturer exact-product HTML parameter table; test environment, electronics revision and calibration method are unspecified.
量程(Nm) 850
≤±1 %F.S.
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page parameter table; Manufacturer exact-product HTML parameter table; test environment, electronics revision and calibration method are unspecified.
零点输出(%F.S.) ≤±1
≤±0.1 %F.S./10 °C
Manufacturer specification
Configuration: HPS-TSJ142-850; exact-page parameter table; Manufacturer exact-product HTML parameter table; test environment, electronics revision and calibration method are unspecified. Per 10 °C temperature change; no ambient reference temperature is printed.
零点温度系数( %F.S./10℃ ) ≤±0.1
Share your team background and technical or sourcing goals. We’ll check availability with relevant company representatives and coordinate the next steps.
How it works
Select your target companies and dates, and share your team background and technical or sourcing goals.
We identify relevant company representatives, discuss your requirements and check availability.
Review the proposed agenda, arrangements and fees, then confirm your schedule by email.
Fees apply and vary based on the companies you select and the final arrangements. Your preferred dates are provisional. Our team will confirm the schedule based on the availability of our staff and the selected companies.
Connect with robotics manufacturers matched to your project, discuss technical requirements, and evaluate solutions firsthand.
Initiate ConnectionAlready have a company in mind? Ask for an introduction. For sourcing, integration or deployment, tell us about your project.
02 / DISCOVER THE MOST ADVANCED ROBOTS.
FIND YOUR NEXT ROBOTICS PARTNER
Meet the people behind the products. Plan company visits and technical conversations around your project.
Initiate connectionDiscover and compare humanoid robots from around the world.
Step inside a working showcase of robotics, from humanoids and helpful machines to the parts that bring them to life.
Inside the showroom
Explore complete machines, real-world applications, and the components behind them. Get a closer look at the variety on display.
Showing all 8 exhibit highlights.
Interaction
A first handshake. A playful boxing pose. See how robots move alongside us.
Service robots
Discover a service robot in a shop-counter setting, with objects it can handle.
Robot dogs
Take a closer look at robot dogs and the mechanics that keep them moving.
Dexterous hands
Explore the dexterous hands that turn movement into precise manipulation.
Humanoids
Get close to the joints, sensors, and structure of a full-size humanoid.
Wearable robotics
Discover wearable assistance alongside robots built for very different environments.
Real-world applications
Explore practical applications, including automated cooking and everyday services.
Core components
Look beyond the body to the components and engineering that make it possible.
A glimpse of what’s inside. Exhibits and live demonstrations may vary by visit.
More than a display
The best questions come when you’re standing right beside a robot. A guided visit brings the hardware, the demonstrations, and the conversation together.
Follow the showroom route and discover how different robots are used.
Get hands-on with selected robots through guided interaction.
Ask about the technology, share your interests, and explore what comes next.
Beyond the showroom
The sky deck opens onto Shenzhen’s skyline and surrounding mountains. Take in the place where robotics companies, researchers, and makers are building what comes next.
Curiosity brings us together
For the simply curious, the people building, and the teams exploring their next idea. Robot Valley is a place to see the technology and talk about where it could go.
Plan your visit
Choose your preferred date and group size on the booking page. The team will confirm the arrangements with you.
A guided showroom experience with hands-on robot operation and interactive demonstrations. You’ll have time to ask questions and explore the exhibits. Specific robots and activities depend on the day’s arrangements.
Yes. Visits are by appointment. Use the booking page to choose your preferred date and share your group details. The team will confirm availability, fees, and arrangements before your visit.
Tell us your group size and interests when booking. Company teams, students, researchers, and other groups can discuss their priorities with the team before the visit.
Share the robots, applications, or components you’re interested in with your booking request. The team can discuss what’s available and suitable for your visit.
Something else on your mind? info@robotuo.com
Your next encounter with robotics
Real robots. Real conversations.
See you in Shenzhen.
About Robotuo
Get closer to the people, technology, and opportunities shaping robotics in China.
Local knowledge / Firsthand insight / Global reach
About us
We connect global teams with China’s robotics supply chain and the SZ RoboX open-source community to find partners, share expertise, and bring robotics to new markets.
For companies, developers, and entrepreneurs building what comes next in robotics.
Access robotics, AI hardware, and component suppliers in China. Find partners that fit your business.
Understand Chinese businesses, explore technical capabilities, and find opportunities for collaboration.
With over 1,000 business visitors and buyers served across more than 20 countries and regions, we draw on international experience to connect teams with robotics industry resources.
OUR MISSION
We combine supply chain integration and open-source deployment standards to support robotics applications worldwide.
For Companies
We combine supply chain integration with the development of open-source deployment standards, connecting technology and hardware resources to support robotics applications worldwide.
For Developers & Entrepreneurs
Join the SZ RoboX open-source robotics community to exchange technical knowledge with developers and entrepreneurs, follow global industry developments, and explore opportunities to innovate and collaborate.
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