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High Quality SCHUNK Robot Gripper PHL 25-045 Robotic Parts

High Quality SCHUNK Robot Gripper PHL 25-045 Robotic Parts

Place of Origin:

China

Brand Name:

SCHUNK

Certification:

Provide

Model Number:

PHL 25-045

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Product Details
Calculated Mtbf:
30.000 Hours
Stroke Adjustability:
NO
Closing Force:
500 N
Product Type:
Robot Gripper
Model:
PHL 25-045
Opening Force:
500 N
Protection Rating:
IP65
Rated Ocv:
63.7V
Product Description

Product Description:

Technical Details

General Specifications:
- Stroke per jaw: 45 mm
- Weight: 1.89 kg
- Recommended workpiece weight: 2.5 kg
- Cylinder volume per double stroke: 107 cm³
- Maximum permissible finger length: 200 mm
- Maximum permissible weight per finger: 1 kg
- IP protection class: 41
- Minimum ambient temperature: 5 °C
- Maximum ambient temperature: 90 °C
- Repeat accuracy: 0.02 mm

Performance:
- Closing force: 500 N (With finger lengths of 0 mm: 508 N )
- Opening force: 500 N (With finger lengths of 0 mm: 508 N )
- Closing time: 0.15 s
- Opening time: 0.15 s
- Moment Mx max.: 29 Nm
- Moment My max.: 120 Nm
- Moment Mz max.: 33 Nm
- Max. axial force Fz max.: 1000 N

Operating Parameters:
- Minimum operating pressure: 2 bar
- Maximum operating pressure: 8 bar
- Nominal operating pressure: 6 bar

 

Features:

Gripping Force Details

Gripping Force Calculation: The total gripping force is computed by summing the forces exerted individually on each jaw. For clarity on the measurement of these forces at distance P, please refer to the accompanying illustration.

Finger Length Measurement

The length of the gripper fingers is determined by measuring from the reference surface to distance P, aligned with the main axis. This length should not exceed the defined maximum when under nominal operating pressure. Any increase in pressure beyond this threshold necessitates a reduction in finger length, proportional to the increase in pressure from the nominal state.

Repeat Accuracy Definition

Repeat accuracy within the context of this mechanism is expressed by the positional variation observed over a series of 100 uninterrupted cycles.

Workpiece Weight Calculation

The weight of the workpiece, suited for force-fit gripping, is computed using a static friction coefficient of 0.1. This calculation also incorporates a safety factor of 2, providing a margin against slippage under acceleration due to gravity (g). For gripping methods such as form-fit or capture, the acceptable workpiece weights can be substantially greater.

Timing for Closing and Opening Movements

The closing and opening durations disclosed here are solely associated with the base jaw's movements, and do not include any time increments related to gripper finger variations. Additional time elements, like the valve switching times, hose filling intervals, and PLC reaction periods, are also excluded from these calculations and should be regarded during cycle time estimations.

Understanding the Operating Principle

The functionality of this system is based on the operating principle of a double piston rack and pinion structure.

 

Technical Parameters:

Housing Material

The main body of the product is constructed using Aluminum , specifically through an extruded profile technique, which ensures durability and a high-quality finish.

Base Jaw Material

The base jaws are fabricated from a robust Aluminum alloy and are finished with an anodizing process, providing extra resilience and a protective layer against wear and corrosion.

Guidance System

This product features a precise Profiled rail guide system that ensures smooth and accurate movement necessary for high-performance applications.

Actuation Method

The actuation of this product is pneumatically driven and requires filtered compressed air, complying with the ISO 8573-1:2010 standard with a purity class specification of [7:4:4].

Warranty Information

A comprehensive 24-month warranty is provided, offering peace of mind and reliable service for the product over an extended period.

Delivery Contents

Upon purchase, the package will include centering sleeves, O-rings suited for direct connection , and detailed assembly instructions . Moreover, the operating manual along with a declaration of incorporation can be easily accessed online for your convenience.

Gripping Force Maintenance

Enhancements for maintaining the gripping force are possible. The device can be equipped with either a mechanical gripping force maintenance unit or a pressure maintenance valve, identified as the SDV-P version, ensuring consistent performance under various conditions.

 

Applications:

The SCHUNK PHL 25-045 robotic arm part is an essential component designed for sophisticated gripping systems within various industrial settings. As a product with its origins in China, it boasts a robust design certified to meet rigorous standards, ensuring reliability and durability in demanding environments. With the SCHUNK brand's reputation for precision engineering, the PHL 25-045 model integrates seamlessly into a broad range of industrial equipment parts.

Designed for a minimum order quantity of one and priced at $2600, this gripper system is accessible for both small and large-scale operations. The standard package ensures that the product arrives safely and is ready for immediate deployment. With a timely delivery time and flexible payment terms through T/T or Link, SCHUNK provides convenience and efficiency to its customers. The supply ability of these robotic arm parts is sufficient to meet the demands of various industries, ensuring that operations can scale without concern for part availability.

The PHL 25-045 is rated with an Ocv of 63.7V and features a variable cleaning interval, which is crucial for maintaining the gripper system's performance and longevity. Its protection rating of IP65 signifies that the product is well-protected against dust ingress and low-pressure water jets from any direction, making it suitable for use in harsh industrial environments. These features make the SCHUNK PHL 25-045 an integral part of any automated or semi-automated system that requires reliable and precise gripping capabilities.

Application occasions and scenarios for the SCHUNK PHL 25-045 include automated assembly lines, machine tending, material handling, and packaging in sectors such as automotive manufacturing, electronics, pharmaceuticals, and food processing. Its adaptability and precision make it an invaluable component of any industrial equipment parts inventory, enhancing the efficiency and effectiveness of gripping systems across a multitude of operational setups.

Whether it's for a small workshop or a large production facility, the SCHUNK PHL 25-045 provides the performance and reliability that modern industries demand. With its ample supply ability and commitment to quality, SCHUNK ensures that its gripping systems remain a top choice for businesses looking to optimize their operations with superior industrial equipment parts.

 

Customization:

Brand Name: SCHUNK

Model Number: PHL 25-045

Place of Origin: China

Certification: Provide

Minimum Order Quantity: 1

Price: $2600

Packaging Details: Standard package

Delivery Time: Timely

Payment Terms: T/T, Link

Supply Ability: Enough

Stroke per jaw: 45 mm

Cleaning Interval: Variable

Opening force: 500 N

Model: PHL 25-045

Product Type: Robot Gripper

Our robot gripper is compatible with various types of robotic systems, including Assembly Robot Arm , Chinese Robot Arm , and ABB Robot Arm . It is a versatile component designed for precision and reliability.

 

Support and Services:

Our Robotic Arm Parts product comes with comprehensive technical support and services to ensure your satisfaction and the optimal performance of your robotic arm. Our support includes detailed product documentation, a robust FAQ section on our website, and access to firmware updates and software tools for programming and diagnostics purposes. We also provide maintenance tips and best practices for the care of your robotic arm components. Please note that direct technical support services are provided during standard business hours and may vary by region. For troubleshooting complex issues, our dedicated team of technical experts is ready to assist you with step-by-step guidance. Please refer to our website for further resources and support material.

 

Packing and Shipping:

Product Packaging for Robotic Arm Parts:

All components of the Robotic Arm Parts are securely enclosed in custom-fit protective foam inserts to ensure stability during transport. Each part is individually wrapped in anti-static material to prevent electrostatic discharge damage. The outer packaging consists of a durable, corrugated cardboard box, labeled with the product name, part numbers, and a scannable barcode for easy identification and inventory management.

Shipping Instructions for Robotic Arm Parts:

The packaged Robotic Arm Parts will be shipped in a sealed corrugated cardboard box with fragile handling stickers on all sides to alert couriers of the delicate contents. The box will be tightly sealed with heavy-duty shipping tape to prevent opening during transit. A detailed packing slip will be attached to the exterior in a waterproof pouch, listing all included components and their respective quantities. Shipping will be carried out through a trusted logistics provider with insurance coverage for the full value of the contents, and tracking information will be provided upon dispatch.

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