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DYDEN Machinery Robot Cables（Logarithm：15P）
DYDEN offers products Machinery Robot Cables specified by Logarithm 15P from Wiring Components product category. There are a total of 2 items. Equipment and parts for electrical systems, cables and electrical connections. DYDEN products are available to order through MISUMI online 24 hours a day. Free shipping, no minimum order.
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Conductor Cross Section(mm2)
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AWG size(AWG)
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Number Of Cores(Core)
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Logarithm
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Shield
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Rated Voltage
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Properties
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Sheath (outer coating) color
- Black
- Gray
- White
- Brown
- Red
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- Blue
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Finished outer diameter(mm)
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Overall Length(m)
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Sheath (outer coating) material
- PVC (Polyvinyl Chloride)
- Urethane-Based
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- Oil-Resistant / Heat-Resistant PVC
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Grounding Wire
- Colored YG (yellow/green)
- GY (green/yellow) colored
- NA
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Representative Standard
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Insulation body materials
- PVC (Polyvinyl Chloride)
- Fluorine-Based
- Polyethylene-Based
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RMFEV(CL3) NFPA79 Compliant Shielded Robot Cable
DYDEN
New RMFEV series NFPA79 compliant shielded products.
[Features]
· A cable for internal wiring with multiple certifications which conforms with international standards.
· Compliant with UL standard and CSA standard (compliant with c-UL).
· PVC with superior oil resistance, flame retardancy, and flexibility is used for the sheath.From: ฿ 1,123.93 Days to Ship: 
3 Day(s)
3 Day(s)
-
You can add up to 6 items per a category to the compare list.
RMFEV(CL3) NFPA79 Compliant Robot Cable
DYDEN
New RMFEV series NFPA79 compliant products.
[Features]
· A cable for internal wiring with multiple certifications which conforms with international standards.
· Compliant with UL standard and CSA standard (compliant with c-UL).
· PVC with superior oil resistance, flame retardancy, and flexibility is used for the sheath.From: ฿ 1,059.41 Days to Ship:
3 Day(s)
3 Day(s)
| Brand |
|---|
| Product Series |
| From |
| Days to Ship |
| Conductor Cross Section(mm2) |
| AWG size(AWG) |
| Number Of Cores(Core) |
| Logarithm |
| Shield |
| Rated Voltage |
| Properties |
| Sheath (outer coating) color |
| Finished outer diameter(mm) |
| Overall Length(m) |
| Sheath (outer coating) material |
| Grounding Wire |
| Representative Standard |
| Insulation body materials |
You can add up to 6 items per a category to the compare list.  | You can add up to 6 items per a category to the compare list.  | |
| Brand | DYDEN | DYDEN |
| Product Series | ||
| From | ฿ 1,123.93 | ฿ 1,059.41 |
| Days to Ship | 3 Day(s) | 3 Day(s) |
| Conductor Cross Section(mm2) | 0.2 ～ 0.3 | 0.2 ～ 0.3 |
| AWG size(AWG) | 22 ～ 24 | 22 ～ 24 |
| Number Of Cores(Core) | 30 | 30 |
| Logarithm | 15P | 15P |
| Shield | Available | NA |
| Rated Voltage | 300V | 300V |
| Properties | Oil Resistance | Oil Resistance |
| Sheath (outer coating) color | Black | Black |
| Finished outer diameter(mm) | 10.9 ～ 13.4 | 10.3 ～ 13.4 |
| Overall Length(m) | 1 ～ 100 | 1 ～ 100 |
| Sheath (outer coating) material | PVC (Polyvinyl Chloride) | PVC (Polyvinyl Chloride) |
| Grounding Wire | - | - |
| Representative Standard | UL | UL |
| Insulation body materials | Fluorine-Based | Fluorine-Based |
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Related Categories to Machinery Robot Cables
FAQ Machinery Robot Cables
- Question: What are robot cables and what are their primary uses?
- Answer: Robot cables are specialized cables designed for use in robotic applications, particularly in environments requiring high durability, flexibility, and resistance to various stressors such as heat, oil, and mechanical wear. They are primarily used for wiring robotic arms, cable carriers, and other moving parts in factory automation, ensuring reliable performance in dynamic operations.
- Question: What types of robot cables are available and how do they differ?
- Answer: There are several types of robot cables, including those for moving parts, fixed applications, and network cables with enhanced flex resistance and shielding. Cables for moving parts are designed to withstand continuous flexing, while fixed application cables are suited for stationary environments and clean rooms. Network cables feature additional shielding for signal integrity in demanding conditions.
- Question: How do I choose the right robot cable for my application?
- Answer: Selecting the appropriate robot cable involves considering factors such as the environment (e.g., presence of oil, chemicals, or high temperatures), the required flexibility, the number of cores, and the voltage rating. It's crucial to match the cable's specifications to the operational demands to ensure longevity and performance. For example, cables used in robotic arms require high flex resistance and durable insulation materials.
- Question: What are the key features to look for in a high-quality robot cable?
- Answer: Key features include flexibility, durability, resistance to heat, oil, and chemicals, and the ability to withstand continuous movement and mechanical stress. Look for cables with high flex cycles, appropriate insulation materials like PVC or TPE, and additional features such as shielding to protect against electromagnetic interference. Conductors should be made of pure copper for optimal electrical performance.
- Question: What materials are commonly used in robot cables and why?
- Answer: Common materials include copper for conductors due to its excellent conductivity and durability, PVC or TPE for insulation due to their flexibility and resistance to environmental stressors, and sometimes fluorine-based materials for their superior heat and chemical resistance. The outer jacket is often made from durable compounds that offer protection against abrasion and external damage.
- Question: How are robot cables rated for voltage and what does this mean for their application?
- Answer: Robot cables are rated for voltage based on the maximum voltage they can safely carry without risk of breakdown or failure. Common ratings include 300V and 600V. Higher voltage ratings indicate the cable can handle more demanding electrical environments. For example, a 600V cable is suitable for power applications, while a 300V cable is often used for signal and control functions.
- Question: What is the significance of shielding in robot cables?
- Answer: Shielding is used in robot cables to protect against electromagnetic interference (EMI) and radio frequency interference (RFI), which can disrupt the signal transmission. Shielding materials, such as aluminum or copper braids, help maintain signal integrity by preventing external noise from affecting the cable's performance, which is crucial in environments with high electrical noise.
- Question: What does 'flex resistance' mean in the context of robot cables?
- Answer: Flex resistance refers to a cable’s ability to withstand repeated bending and movement without degrading in performance or structural integrity. This is critical for cables used in robotic arms or other moving machinery parts, as they are subject to continuous flexing, twisting, and pulling. High flex resistance ensures long-term reliability and prevents premature cable failure.
- Question: How do you determine the right conductor size for a robot cable?
- Answer: The conductor size, typically measured in AWG or mm², is determined by the current carrying capacity and voltage drop requirements of the application. Larger conductors are used for higher currents and lower voltage drops. The choice of conductor size depends on the electrical load the cable needs to handle and the distance over which it will carry the current.
- Question: Why is oil resistance important for robot cables?
- Answer: Oil resistance is important because many industrial environments involve the use of lubricants and oils, which can degrade standard cable materials over time. Robot cables with oil-resistant jackets and insulation can withstand exposure to these substances, ensuring reliable performance and preventing damage such as cracking or loss of flexibility.
- Question: What are the different jacket materials used in robot cables and their benefits?
- Answer: Common jacket materials include PVC, which offers good flexibility and resistance to chemicals; TPE, known for its excellent abrasion and chemical resistance; and fluoropolymers, which provide superior heat and chemical resistance. Each material is selected based on the specific environmental and mechanical demands of the application.
- Question: Can robot cables be used in outdoor applications?
- Answer: Yes, certain robot cables are designed for outdoor use and can withstand exposure to UV radiation, weather conditions, and temperature variations. These cables often have jackets made from materials like TPE or special UV-resistant compounds, making them suitable for applications such as outdoor robotics and automated machinery exposed to the elements.
- Question: What is the difference between shielded and unshielded robot cables?
- Answer: Shielded cables have a layer of conductive material, such as a foil or braided shield, that protects the internal conductors from external electrical noise and prevents signal interference. Unshielded cables lack this protection and are generally used in environments with minimal electromagnetic interference. Shielded cables are preferred in applications where signal integrity is critical.
- Question: How do robot cables ensure safety and reliability in high-flex applications?
- Answer: Robot cables ensure safety and reliability through the use of high-quality materials, robust construction, and thorough testing for flex cycles and environmental resistance. Features like flexible conductors, durable insulation, and protective jackets help the cables withstand continuous movement, harsh conditions, and mechanical stress without failing or causing hazards.
- Question: What are some common applications of robot cables?
- Answer: Common applications include use in robotic arms, cable carriers, and automated machinery in industries such as manufacturing, automotive, aerospace, and medical devices. They are also used in clean rooms, outdoor robotics, and anywhere that requires reliable, flexible, and durable cabling solutions to handle dynamic movements and harsh environments.
- Question: How do environmental factors like temperature and humidity affect robot cable selection?
- Answer: Environmental factors such as temperature and humidity can significantly impact the performance and longevity of robot cables. Cables used in high-temperature environments require heat-resistant materials, while those exposed to moisture or chemicals need appropriate protective jackets. Selecting cables with the right specifications for these factors ensures optimal performance and durability.
- Question: What standards should robot cables comply with for industrial use?
- Answer: Robot cables should comply with standards such as UL (Underwriters Laboratories), CSA (Canadian Standards Association), and CE (Conformité Européenne) to ensure they meet safety, performance, and environmental requirements. Compliance with these standards guarantees that the cables are suitable for industrial applications and can withstand the demands of their operating conditions.
- Question: How can I ensure the longevity of my robot cables?
- Answer: To ensure longevity, choose cables that match the environmental and mechanical demands of your application, and follow proper installation practices to avoid excessive bending or pulling. Regularly inspect and maintain the cables, keeping them clean and free from damage. Using protective conduit or cable carriers can also help prevent wear and extend the life of the cables.
- Question: What are the advantages of using robot cables over standard cables?
- Answer: Robot cables offer superior flexibility, durability, and resistance to environmental stressors compared to standard cables. They are specifically designed to handle the continuous movement and mechanical stress typical in robotic and automated applications, providing reliable performance and reducing the risk of downtime and maintenance costs.
- Question: How are robot cables tested for performance and reliability?
- Answer: Robot cables undergo rigorous testing to ensure they meet performance and reliability standards. Tests include flex life testing, temperature and chemical resistance evaluations, and electrical performance assessments. These tests simulate the conditions the cables will face in real-world applications, ensuring they can withstand the operational demands and maintain their integrity over time.
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