Lauritz Knudsen Standard Duty Cylindrical Capacitor, 8.33 kVAr, 440V AC | Inbuilt Over Pressure Disconnector (OPD) | 150% continuous current carrying capacity | Long Life
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Lauritz Knudsen Standard Duty Cylindrical Capacitor, 8.33 kVAr, 440V AC | Inbuilt Over Pressure Disconnector (OPD) | 150% continuous current carrying capacity | Long Life
- Description
- Specifications
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- Warranty
- Reviews
Description
About the Product
The Lauritz Knudsen Standard Duty Cylindrical Capacitor (8.33 kVAr, 440 VAC, Model LTCCD308B2) is a high-performance low-voltage power capacitor designed for efficient power factor correction in electrical systems. It helps reduce reactive power demand, improve energy efficiency, & optimize power utilization across industrial & commercial installations.
Manufactured using advanced metallized polypropylene dielectric technology, this capacitor delivers stable electrical performance, enhanced reliability, & long operational life. Its compact cylindrical design enables seamless integration into capacitor banks, APFC panels, & low-voltage distribution systems.
Engineered for dependable operation under standard-duty conditions, the capacitor incorporates self-healing technology & integrated safety mechanisms that ensure reliable performance while minimizing maintenance requirements & enhancing overall system reliability.
How the Mechanism Works
• Stores & releases electrical energy to compensate reactive power
• Counteracts inductive loads within electrical systems
• Improves overall power factor performance
• Reduces electrical transmission & distribution losses
• Enhances voltage stability across the network
• Supports efficient power distribution
• Improves energy utilization efficiency
• Contributes to better power quality management
It serves as an essential component in power factor correction systems & low-voltage electrical networks.
Electrical Configuration
• Product Type: Cylindrical Capacitor
• Model: LTCCD308B2
• Rating: 8.33 kVAr
• Operating Voltage: 440 VAC
• Duty Type: Standard Duty
• Dielectric Type: Metallized Polypropylene
• Mounting Type: Panel / Capacitor Bank Installation
• Application: Power Factor Correction
• System Compatibility: Low Voltage Three-Phase Systems
Construction & Design
Designed for durability & reliable performance:
• Cylindrical aluminum casing construction
• Metallized polypropylene dielectric technology
• Self-healing capacitor design
• Compact & space-saving structure
• Finger-safe terminal arrangement
• Integrated over-pressure disconnection mechanism
• Robust mechanical construction
• Extended operational service life
Safety & Protection
• Improved power factor correction efficiency
• Reduced reactive power losses
• Enhanced voltage stability
• Self-healing dielectric protection
• Over-pressure safety disconnection
• Reliable long-term operation
• Improved energy efficiency
• Reduced maintenance requirements
Mounting & Durability
• Compact cylindrical design for easy installation
• Suitable for APFC panels & capacitor banks
• Easy integration into electrical control panels
• Durable aluminum housing construction
• Designed for continuous standard-duty operation
• Resistant to normal electrical operating conditions
• Low maintenance requirements
• Long-lasting & dependable performance
Application Domains
• Automatic Power Factor Correction (APFC) Panels
• Industrial Electrical Systems
• Commercial Buildings
• Electrical Distribution Networks
• LT Capacitor Banks
• Manufacturing Facilities
• Utility Installations
• Power Quality Improvement Systems
Key Features
• 8.33 kVAr reactive power compensation rating
• 440 VAC operating voltage
• Standard duty performance design
• Cylindrical construction for compact installation
• Metallized polypropylene dielectric technology
• Self-healing capability for enhanced reliability
• Built-in over-pressure disconnector
• Finger-safe terminal design
• Low power loss operation
• Long service life & stable performance
Applications
• Automatic Power Factor Correction (APFC) panels
• Industrial electrical systems
• Commercial power distribution networks
• Capacitor banks in LT panels
• Motor load compensation applications
• Transformer load compensation systems
• Power quality improvement projects
• Energy efficiency enhancement installations
FAQs
1. What is this capacitor used for?
Ans: It is used for power factor correction to improve electrical efficiency & reduce reactive power losses in electrical systems.
2. What are the electrical ratings of this capacitor?
Ans: The capacitor is rated at 8.33 kVAr with an operating voltage of 440 VAC.
3. Does this capacitor include safety features?
Ans: Yes, it incorporates self-healing dielectric technology, over-pressure disconnection protection, & finger-safe terminals for enhanced operational safety.
4. Where can this capacitor be installed?
Ans: It can be installed in APFC panels, capacitor banks, electrical distribution systems, & industrial control panels.
5. Is this suitable for industrial & commercial applications?
Ans: Yes, it is specifically designed for industrial facilities, commercial buildings, & low-voltage electrical networks.
6. What dielectric technology is used in this capacitor?
Ans: It uses metallized polypropylene dielectric technology that provides stable electrical performance, low losses, & extended service life.
7. What are the benefits of self-healing technology?
Ans: Self-healing technology automatically corrects minor internal dielectric faults, improving reliability & extending the capacitor's operational lifespan.
8. Does the capacitor require frequent maintenance?
Ans: No, its robust construction & advanced design ensure dependable operation with minimal maintenance under normal operating conditions.
Overview
| Over Voltage Withstand Ability | 10% (8h/24h), 15% (30m/24h), 20% (5m/24h), 30% (1m/24h) |
|---|---|
| Peak Inrush Current Withstand Ability | 200 × In |
| Height(mm) | 235 |
| Diameter(mm) | 75 |
| Total Operating Losses | 0.45 Watts / kVAr |
| Over Current Withstand Ability | 1.5 × In |
| Switching Operation Cycles Per Year | 5000 |
| Operating Life Under Standard Conditions | 100000 hours |
| Ambient Temperature Range | -25 ˚C to 55 ˚C |
| Discount Percentage | Between 0-10 % |
Warranty
- All products listed in the price list are covered by a warranty against manufacturing defects for a period of 18* months from the date of purchase.
- For Lauritz Knudsen MCBs & Isolators mounted inside Lauritz Knudsen Distribution Boards, an extended warranty of 5 years is provided.
- In the event of a defect due to faulty workmanship or other associated reasons, the manufacturer will, at its discretion, remedy the defect or replace the faulty parts or the entire product as soon as possible, free of cost.
- This warranty is subject to proper usage and efficient maintenance and does not cover defects arising from fire, accidents, inefficient maintenance, faulty operation, or deliberate or accidental damage.
- The warranty does not cover damage to power electronic components such as thyristors & IGBTs, which primarily fail due to over-temperature or over-voltage. Users must take adequate precautions to eliminate such conditions.
- The manufacturer shall not be responsible or liable for any special, incidental, social, or consequential losses (including loss of profits), punitive damages, injury, or damages of any kind solely attributable to defect or failure of its products.
- The manufacturer shall not be liable in any manner for issues related to or failure in the performance of any other equipment to which the product is connected.
Reviews
Description
About the Product
The Lauritz Knudsen Standard Duty Cylindrical Capacitor (8.33 kVAr, 440 VAC, Model LTCCD308B2) is a high-performance low-voltage power capacitor designed for efficient power factor correction in electrical systems. It helps reduce reactive power demand, improve energy efficiency, & optimize power utilization across industrial & commercial installations.
Manufactured using advanced metallized polypropylene dielectric technology, this capacitor delivers stable electrical performance, enhanced reliability, & long operational life. Its compact cylindrical design enables seamless integration into capacitor banks, APFC panels, & low-voltage distribution systems.
Engineered for dependable operation under standard-duty conditions, the capacitor incorporates self-healing technology & integrated safety mechanisms that ensure reliable performance while minimizing maintenance requirements & enhancing overall system reliability.
How the Mechanism Works
• Stores & releases electrical energy to compensate reactive power
• Counteracts inductive loads within electrical systems
• Improves overall power factor performance
• Reduces electrical transmission & distribution losses
• Enhances voltage stability across the network
• Supports efficient power distribution
• Improves energy utilization efficiency
• Contributes to better power quality management
It serves as an essential component in power factor correction systems & low-voltage electrical networks.
Electrical Configuration
• Product Type: Cylindrical Capacitor
• Model: LTCCD308B2
• Rating: 8.33 kVAr
• Operating Voltage: 440 VAC
• Duty Type: Standard Duty
• Dielectric Type: Metallized Polypropylene
• Mounting Type: Panel / Capacitor Bank Installation
• Application: Power Factor Correction
• System Compatibility: Low Voltage Three-Phase Systems
Construction & Design
Designed for durability & reliable performance:
• Cylindrical aluminum casing construction
• Metallized polypropylene dielectric technology
• Self-healing capacitor design
• Compact & space-saving structure
• Finger-safe terminal arrangement
• Integrated over-pressure disconnection mechanism
• Robust mechanical construction
• Extended operational service life
Safety & Protection
• Improved power factor correction efficiency
• Reduced reactive power losses
• Enhanced voltage stability
• Self-healing dielectric protection
• Over-pressure safety disconnection
• Reliable long-term operation
• Improved energy efficiency
• Reduced maintenance requirements
Mounting & Durability
• Compact cylindrical design for easy installation
• Suitable for APFC panels & capacitor banks
• Easy integration into electrical control panels
• Durable aluminum housing construction
• Designed for continuous standard-duty operation
• Resistant to normal electrical operating conditions
• Low maintenance requirements
• Long-lasting & dependable performance
Application Domains
• Automatic Power Factor Correction (APFC) Panels
• Industrial Electrical Systems
• Commercial Buildings
• Electrical Distribution Networks
• LT Capacitor Banks
• Manufacturing Facilities
• Utility Installations
• Power Quality Improvement Systems
Key Features
• 8.33 kVAr reactive power compensation rating
• 440 VAC operating voltage
• Standard duty performance design
• Cylindrical construction for compact installation
• Metallized polypropylene dielectric technology
• Self-healing capability for enhanced reliability
• Built-in over-pressure disconnector
• Finger-safe terminal design
• Low power loss operation
• Long service life & stable performance
Applications
• Automatic Power Factor Correction (APFC) panels
• Industrial electrical systems
• Commercial power distribution networks
• Capacitor banks in LT panels
• Motor load compensation applications
• Transformer load compensation systems
• Power quality improvement projects
• Energy efficiency enhancement installations
FAQs
1. What is this capacitor used for?
Ans: It is used for power factor correction to improve electrical efficiency & reduce reactive power losses in electrical systems.
2. What are the electrical ratings of this capacitor?
Ans: The capacitor is rated at 8.33 kVAr with an operating voltage of 440 VAC.
3. Does this capacitor include safety features?
Ans: Yes, it incorporates self-healing dielectric technology, over-pressure disconnection protection, & finger-safe terminals for enhanced operational safety.
4. Where can this capacitor be installed?
Ans: It can be installed in APFC panels, capacitor banks, electrical distribution systems, & industrial control panels.
5. Is this suitable for industrial & commercial applications?
Ans: Yes, it is specifically designed for industrial facilities, commercial buildings, & low-voltage electrical networks.
6. What dielectric technology is used in this capacitor?
Ans: It uses metallized polypropylene dielectric technology that provides stable electrical performance, low losses, & extended service life.
7. What are the benefits of self-healing technology?
Ans: Self-healing technology automatically corrects minor internal dielectric faults, improving reliability & extending the capacitor's operational lifespan.
8. Does the capacitor require frequent maintenance?
Ans: No, its robust construction & advanced design ensure dependable operation with minimal maintenance under normal operating conditions.
Overview
| Over Voltage Withstand Ability | 10% (8h/24h), 15% (30m/24h), 20% (5m/24h), 30% (1m/24h) |
|---|---|
| Peak Inrush Current Withstand Ability | 200 × In |
| Height(mm) | 235 |
| Diameter(mm) | 75 |
| Total Operating Losses | 0.45 Watts / kVAr |
| Over Current Withstand Ability | 1.5 × In |
| Switching Operation Cycles Per Year | 5000 |
| Operating Life Under Standard Conditions | 100000 hours |
| Ambient Temperature Range | -25 ˚C to 55 ˚C |
| Discount Percentage | Between 0-10 % |
Warranty
- All products listed in the price list are covered by a warranty against manufacturing defects for a period of 18* months from the date of purchase.
- For Lauritz Knudsen MCBs & Isolators mounted inside Lauritz Knudsen Distribution Boards, an extended warranty of 5 years is provided.
- In the event of a defect due to faulty workmanship or other associated reasons, the manufacturer will, at its discretion, remedy the defect or replace the faulty parts or the entire product as soon as possible, free of cost.
- This warranty is subject to proper usage and efficient maintenance and does not cover defects arising from fire, accidents, inefficient maintenance, faulty operation, or deliberate or accidental damage.
- The warranty does not cover damage to power electronic components such as thyristors & IGBTs, which primarily fail due to over-temperature or over-voltage. Users must take adequate precautions to eliminate such conditions.
- The manufacturer shall not be responsible or liable for any special, incidental, social, or consequential losses (including loss of profits), punitive damages, injury, or damages of any kind solely attributable to defect or failure of its products.
- The manufacturer shall not be liable in any manner for issues related to or failure in the performance of any other equipment to which the product is connected.