Description
Bently Nevada 177313-02-02 Product Introduction and Technical Parameters
1. Basic Product Information
Brand: Bently Nevada (Baker Hughes)
Model: 177313-02-02
Product Name: TK-3E Electric Driven Proximity System Test Kit
Place of Origin: United States
HS Code: 90318090 (Industrial precision testing and calibration instrument tariff code)
-
177313-02-02
-
177313-02-02
2. Physical Specifications
Overall Dimensions: 117 mm × 88.9 mm × 241 mm (Width × Height × Depth)
Net Weight: Approximately 2.2 kg
Mechanical Structure: Integrated portable test structure equipped with precision micrometer spindle and universal probe mounting base. It supports adjustable installation for probes with diameters ranging from 5 mm to 19 mm, featuring high mechanical precision, stable clamping performance and portable integrated design for on-site and laboratory calibration operations.
3. Environmental Specifications
Operating Temperature: -25°C to 85°C (-13°F to 185°F), adapting to complex industrial field and laboratory working environments
Storage Temperature: -55°C to 125°C (-67°F to 257°F)
Operating Humidity: 0% to 95% non-condensing relative humidity for both operation and storage
Environmental Resistance: Compliant with IEC industrial environmental standards, supporting 5g vibration resistance within 57–500 Hz frequency range and 10g impact resistance for 11ms duration, with excellent mechanical stability and harsh environment adaptability
4. Electrical Input & Output Specifications
Power Supply Input: Standard industrial low-voltage power input for electric-driven operation, supporting stable continuous power supply to ensure precise mechanical movement and simulation actions
Simulation Input: Manual precision mechanical displacement input via micrometer spindle, achieving accurate linear displacement adjustment to simulate actual shaft axial displacement and radial vibration changes
Signal Matching Output: Cooperates with proximity sensors to generate standard vibration and displacement induction signals, outputting analog signal feedback that matches industrial monitoring system acquisition standards for calibration comparison and error verification
5. Core Product Features
This TK-3E electric-driven test kit adopts high-precision micrometer adjustment structure, achieving ultra-accurate displacement simulation and calibration, which effectively eliminates monitoring errors of proximity sensor systems and ensures the measurement accuracy of industrial machinery vibration and position monitoring equipment. It features universal probe compatibility, supporting all mainstream Bently Nevada proximity probe specifications within 5 mm to 19 mm diameter range, realizing multi-model sensor calibration with one single device and improving equipment versatility.
-
177313-02-02
♦…♦♦…♦♦…♦♦…♦♦…♦♦…♦♦…♦♦…♦♦…♦♦…♦♦…♦♦…♦♦…♦♦…♦♦…♦♦…♦♦…♦♦…♦♦…♦♦…♦♦…♦♦…♦♦…♦
Shipping:
1. Your item will be shipped to all countries via EMS, unless one country cannot be shipped via EMS. We will choose DHL, UPS, or FedEx. Please leave us your phone number.
2. We will ship the product to you on the same day or within 1-2 working days after receiving your payment. The shipping time depends on the country/region where you reside, the customs and habits of your country/region, and especially during peak hours.
3. Assuming (assuming) that the item requires payment of tariffs from your country, the buyer is obligated. We are not responsible for any taxes or customs fees in your country/region.
Return Policy:
1. Please contact us before returning the item.
2. The buyer should inform the seller of all returned items within 7 days after receiving the package. We reserve the right to reject any request to inform the seller for more than 7 days.
3. Returned products must have all original packaging and be in good condition.
Response policy:
If you are satisfied with the purchase, please leave us an active response.
2. If you have any questions about the outcome of the transaction or product, please contact us first and we will do our best to satisfy you!
3. Please do not reply with negative feedback before contacting us!
Related models:








