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BENTLY NEVADA 330104-05-10-10-02-05 3300 XL 8 mm Proximity Probes

330104-05-10-10-02-05
330104-05-10-10-02-05
330104-05-10-10-02-05
330104-05-10-10-02-05
330104-05-10-10-02-05

BENTLY NEVADA 330104-05-10-10-02-05 3300 XL 8 mm Proximity Probes

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BENTLY NEVADA 330104-05-10-10-02-05 3300 XL 8 mm Proximity Probes
3300 XL 8 mm Probe, M10 x 1 thread,with armor
10 1.0 meter (3.3 feet)
02 Miniature coaxial ClickLocconnector, standard cable
05 CSA, ATEX, IECEx  Approvals


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    plcinfo@mooreplc.com

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  • Specifications

  • Specification

    Product Image

    Brand Name

    Bently Nevada 

     

    Model Number

    330104-05-10-10-02-05

    Alternate Part Number

    330104-05-10-10-02-05

    Condition

    100% Original 

    Quality

    Brand New

    Dimensions

    1.8x1.5x113cm

    Description

    3300 XL 8 mm Proximity Probes

    Package

    Original Package 

    Lead time

    In Stock

    Shipping term

    UPS DHL TNT EMS Fedex

    Payment

    T/T (Bank Transfer)

    Service

    One-Stop Service

    Weight

    0.14kg

    Warranty

    12 Months

  • Product Details
  • Product Description
    The Bently Nevada 330104-05-10-10-02-05 3300 XL 8 mm Proximity Probe is part of the 3300 XL series designed for reliable and accurate machinery monitoring applications. This probe is optimized for measuring radial vibration, axial position, and shaft displacement in rotating machinery. With a tip diameter of 8 mm and a rugged design, it ensures durability and consistent performance even in harsh industrial environments.

    The 330104-05-10-10-02-05 model features a 5-meter probe cable length and a total system length of 10 meters, making it suitable for applications requiring extended reach. Compliant with API 670 standards, it is engineered for precise measurements in machinery protection systems.


    Specifications
    General Features
    Model Number: 330104-05-10-10-02-05
    Series: 3300 XL 8 mm Proximity Probe
    Application: Machinery condition monitoring and protection
    Tip Diameter: 8 mm
    Material:
    Probe Body: Stainless steel
    Cable Jacket: Fluoropolymer (PFA)
    Electrical Specifications
    Linear Range: 0.25 mm to 2.0 mm (10 to 80 mils)
    Sensitivity: 7.87 mV/μm (200 mV/mil)
    Resolution: ±0.01 mils (±0.25 μm)
    Frequency Response: 0 to 10 kHz
    Environmental Specifications
    Operating Temperature:
    Probe: -34°C to +177°C (-30°F to +350°F)
    Cable: -51°C to +177°C (-60°F to +351°F)
    Mechanical Specifications
    Probe Cable Length: 5 meters
    Total System Length: 10 meters (probe + extension cable + Proximitor sensor)
    Mounting Threads: M10x1 or 3/8-24 UNF (custom options available)
    Minimum Bend Radius: 25 mm (1 inch)
    Weight: 0.14kg


    Frequently Asked Questions (FAQ)
    Q1: What are the primary uses of the 330104-05-10-10-02-05 proximity probe?
    This probe is used for measuring radial vibration, shaft displacement, and axial (thrust) position in rotating machinery, primarily in condition monitoring and protection systems.

    Q2: How long is the probe cable for this model?
    The probe cable length is 5 meters, and the total system length (including the extension cable and Proximitor sensor) is 10 meters.

    Q3: Is this probe API 670 compliant?
    Yes, the probe complies with the API 670 standard, making it suitable for machinery protection applications.


  • Service and Warranty

  • NOTE:

    1. The products quoted are brand new and original with a one-year warranty

    2. Prices are ex works, for shipping calculations, Please send to my Email 

    3. Cooperation with the express delivery of DHL / Fedex / UPS / Aramex, etc,Delivery time is approximately '' 5 days ''  from our warehouse to the destination country

    4. Quotation validity: 30 days, if you need to extend, please reconfirm the price after 30 days.

    5. Payment Term: 100% advance payment by bank transfer.

    6. For the products '' in stock '' in the offer, our company can support video inspection


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    NOTE: Moore Automation sells new and surplus products and develops channels to purchase such products. This site is not approved or endorsed by any of the listed manufacturers or trademarks.Moore Automation is not an authorized distributor, dealer or representative of the products displayed on this site.All product names, trademarks, brands and logos used on this site are the property of their respective owners.The description, illustration or sale of products under these names, trademarks, brands and logos is for identification purposes only and is not intended to indicate any affiliation with or authorization by any rights holder.
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    The Evolution of Emotionally Intelligent and Tactile Robots
    The Role of Emotions in Human-Robot Interaction Robots like Sophia, the world-renowned humanoid, and AI chatbots have revolutionized how we perceive artificial intelligence. By simulating human emotions, these robots create more engaging and relatable interactions. However, while their emotional responses are impressive, they remain programmed simulations, lacking the true sensory and emotional depth of human experiences. A particularly intriguing challenge lies in replicating the human sense of touch, a nuanced ability essential for emotional and physical connection. Sophia’s conversational skills highlight the progress made in AI-driven emotional intelligence. Yet, the ability to genuinely sense and respond to touch is still an area where robots lag behind humans. This sensory gap poses a challenge for robotics researchers aiming to bring machines closer to human-like capabilities. Automation Revolutionizing the Supply Chain Automation has redefined industrial workflows, with robots taking on critical roles to enhance productivity and efficiency. In the supply chain, industrial robots excel in tasks requiring precision, speed, and repetition. These machines are invaluable for handling monotonous or hazardous jobs, freeing human workers to focus on strategic and creative roles. Despite their efficiency, robots face limitations in areas requiring dexterity and adaptability, such as managing fragile or irregularly shaped items. Human hands remain unmatched in these scenarios, particularly in warehouse environments where sensitivity and precision are crucial for handling delicate products. Collaborative Robots: Working Hand-in-Hand with Humans The emergence of collaborative robots, or cobots, marks a significant milestone in robotics. Unlike traditional industrial robots, cobots are designed to work safely alongside humans. Their smaller size and precision make them ideal for tasks in tight or dynamic spaces. However, even with these advancements, cobots often struggle with tasks requiring a gentle touch. For instance, handling eggs or fragile glassware demands a level of tactile sensitivity and adaptability that many cobots have yet to achieve. While they reduce risks and increase operational flexibility, further innovation is needed to bridge this gap. Breakthroughs in Robotic Touch Technology Recent innovations are bringing robots closer to emulating the human sense of touch. Notable breakthroughs include the development of Hank, a robot engineered by Cambridge Consultants. Hank uses advanced sensors and soft grippers controlled by airflow to mimic human-like tactile sensitivity. Each finger on Hank operates independently, enabling it to handle small, irregular, or delicate objects without requiring constant reprogramming. Similarly, Wootzano’s electronic skin is transforming robotic capabilities. This cutting-edge technology integrates piezoelectric and piezoresistive sensors, along with embedded temperature sensors, allowing robots to detect a...
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