loading
| Availability: | |
|---|---|
| Quantity: | |
Product Advantages & Features of Kalmar J026065 Evaporator
1. High - Efficiency Heat Transfer
Technical Feature：The finned coil uses a dense - fin design, with a fin density of 16 fins per inch. Copper tubes feature high thermal conductivity (401 W/(m·K)), expanding the heat - exchange area by 35% vs standard models. Refrigerant phase - change speed is accelerated, slashing heat - absorption time by 22%.Keywords：high - efficiency heat transfer, finned coil density, copper tube thermal conductivity
2. Robust Durability
Technical Feature：Components are coated with a 25μm - thick corrosion - resistant layer, resisting humidity up to 95% and temperature swings from - 40℃ to 120℃. Verified via 5000 - hour salt - spray tests, it extends service life by 3 - 5 years, cutting maintenance frequency by 40%.Keywords：robust durability, corrosion - resistant coating, harsh - environment endurance
3. Precise Temperature Control
Technical Feature：Integrates temperature sensors with ±0.5℃ accuracy. It dynamically adjusts refrigerant flow (response time < 0.3s) to keep the target temperature stable within ±1℃. Critical for Kalmar machinery’s thermal management, boosting work efficiency by 15%.Keywords：precise temperature control, intelligent sensing, real - time regulation
4. Energy - Saving Performance
Technical Feature：Optimized internal channels reduce refrigerant resistance by 28%. Under standard cooling loads, it cuts system energy consumption by 18%, aligning with energy - efficiency standards. Lowers long - term energy costs while supporting sustainability goals.Keywords：energy - saving, flow - resistance optimization, energy - cost reduction
Kalmar J026065 Evaporator Technical Parameters
1. Heat - Transfer Structure
Finned Coil: Adopts a high - density fin design, with 16 fins per inch (fin thickness: 0.15mm). The fin material is aluminum alloy, featuring good thermal conductivity (180 W/(m·K)) and lightweight properties.
Copper Tubes: Made of high - purity copper (purity ≥ 99.9%), with an outer diameter of 9.52mm and an inner diameter of 7.94mm. The thermal conductivity of copper tubes reaches 401 W/(m·K), ensuring rapid heat exchange between the refrigerant and the external medium.
2. Physical Dimensions
Overall Size: Length × Width × Height is 450mm × 200mm × 120mm (tolerance: ±2mm), compact in structure and easy to install in limited spaces of Kalmar equipment.
Weight: Approximately 3.2kg (tolerance: ±0.1kg), lightweight design reduces the load on the equipment while ensuring performance.
3. Temperature & Environmental Adaptability
Temperature Range: Can operate stably in an ambient temperature range of - 40℃ to 120℃. The built - in temperature sensor has an accuracy of ±0.5℃, enabling precise monitoring and control of the refrigerant temperature.
Humidity Resistance: The surface of components is coated with a 25μm - thick anti - corrosion layer, which can resist humidity environments up to 95% RH without rusting or deteriorating, ensuring long - term reliable operation.
4. Refrigerant - Related Parameters
Refrigerant Compatibility: Suitable for common refrigerants such as R134a, R404A (comply with the latest environmental protection refrigerant regulations).
Refrigerant Flow Resistance: After optimizing the internal channel design, the refrigerant flow resistance is reduced to ≤ 0.08MPa (at the design flow rate), reducing the energy consumption of the cooling system and improving energy - saving performance.
5. Durability & Life
Service Life: Under normal operating conditions (8 hours of continuous operation per day), the designed service life is ≥ 8 years. Through 5000 - hour salt spray testing and 10,000 - cycle thermal shock testing, it proves excellent anti - corrosion and anti - fatigue performance.
Maintenance Cycle: Thanks to the high - quality material and structural design, the recommended maintenance cycle is ≥ 2 years (or 4000 hours of operation), reducing the frequency of equipment maintenance and downtime losses.
Application Scenarios of Kalmar J026065 Evaporator
Material Handling EquipmentIdeal for Kalmar container handlers, reach stackers. It regulates temperature in hydraulic systems and operator cabs, ensuring smooth operation under high - load, outdoor port conditions with strong heat exchange needs.Keywords: material handling, port equipment, temperature regulation
Industrial Cooling SystemsApplied in factory - built cooling units for Kalmar - related production lines. Efficiently cools lubricants, coolants in machinery like forklifts, preventing overheating during continuous material transport in warehouses or manufacturing plants.Keywords: industrial cooling, production line, overheating prevention
Cold Storage & LogisticsUsed in Kalmar refrigerated truck loaders. Maintains stable low temperatures in refrigeration compartments, enabling safe transport of perishable goods (food, pharmaceuticals) by controlling heat exchange in cooling circuits.Keywords: cold storage logistics, refrigerated transport, perishable goods
Marine Deck MachineryFits Kalmar marine cranes. Copes with harsh marine environments (humidity, salt spray), cools hydraulic oil and control systems, ensuring reliable lifting/handling operations on ships, docks with temperature - sensitive components.Keywords: marine deck machinery, salt spray resistance, hydraulic cooling
Frequently Asked Questions & Answers
Q: What refrigerants is the Kalmar J026065 evaporator compatible with?
A: It works well with eco-friendly refrigerants like R134a and R404A, complying with global environmental standards. No extra modifications are needed for matching most Kalmar equipment cooling systems.
Q: How often should this evaporator be maintained?
A: Under normal 8-hour daily operation, the recommended maintenance cycle is 2 years or 4000 working hours. Regular cleaning of fin coils can further extend its service life.
Q: Can it operate stably in harsh environments?
A: Yes. Its 25μm corrosion-resistant coating and -40℃ to 120℃ temperature range enable stable work in 95% humidity and salt-spray marine or port conditions.
Q: Is the evaporator easy to install on existing Kalmar machinery?
A: Absolutely. With its compact 450×200×120mm dimensions and standard mounting holes, it fits seamlessly into most Kalmar equipment without complex adjustments.
Product Advantages & Features of Kalmar J026065 Evaporator
1. High - Efficiency Heat Transfer
Technical Feature：The finned coil uses a dense - fin design, with a fin density of 16 fins per inch. Copper tubes feature high thermal conductivity (401 W/(m·K)), expanding the heat - exchange area by 35% vs standard models. Refrigerant phase - change speed is accelerated, slashing heat - absorption time by 22%.Keywords：high - efficiency heat transfer, finned coil density, copper tube thermal conductivity
2. Robust Durability
Technical Feature：Components are coated with a 25μm - thick corrosion - resistant layer, resisting humidity up to 95% and temperature swings from - 40℃ to 120℃. Verified via 5000 - hour salt - spray tests, it extends service life by 3 - 5 years, cutting maintenance frequency by 40%.Keywords：robust durability, corrosion - resistant coating, harsh - environment endurance
3. Precise Temperature Control
Technical Feature：Integrates temperature sensors with ±0.5℃ accuracy. It dynamically adjusts refrigerant flow (response time < 0.3s) to keep the target temperature stable within ±1℃. Critical for Kalmar machinery’s thermal management, boosting work efficiency by 15%.Keywords：precise temperature control, intelligent sensing, real - time regulation
4. Energy - Saving Performance
Technical Feature：Optimized internal channels reduce refrigerant resistance by 28%. Under standard cooling loads, it cuts system energy consumption by 18%, aligning with energy - efficiency standards. Lowers long - term energy costs while supporting sustainability goals.Keywords：energy - saving, flow - resistance optimization, energy - cost reduction
Kalmar J026065 Evaporator Technical Parameters
1. Heat - Transfer Structure
Finned Coil: Adopts a high - density fin design, with 16 fins per inch (fin thickness: 0.15mm). The fin material is aluminum alloy, featuring good thermal conductivity (180 W/(m·K)) and lightweight properties.
Copper Tubes: Made of high - purity copper (purity ≥ 99.9%), with an outer diameter of 9.52mm and an inner diameter of 7.94mm. The thermal conductivity of copper tubes reaches 401 W/(m·K), ensuring rapid heat exchange between the refrigerant and the external medium.
2. Physical Dimensions
Overall Size: Length × Width × Height is 450mm × 200mm × 120mm (tolerance: ±2mm), compact in structure and easy to install in limited spaces of Kalmar equipment.
Weight: Approximately 3.2kg (tolerance: ±0.1kg), lightweight design reduces the load on the equipment while ensuring performance.
3. Temperature & Environmental Adaptability
Temperature Range: Can operate stably in an ambient temperature range of - 40℃ to 120℃. The built - in temperature sensor has an accuracy of ±0.5℃, enabling precise monitoring and control of the refrigerant temperature.
Humidity Resistance: The surface of components is coated with a 25μm - thick anti - corrosion layer, which can resist humidity environments up to 95% RH without rusting or deteriorating, ensuring long - term reliable operation.
4. Refrigerant - Related Parameters
Refrigerant Compatibility: Suitable for common refrigerants such as R134a, R404A (comply with the latest environmental protection refrigerant regulations).
Refrigerant Flow Resistance: After optimizing the internal channel design, the refrigerant flow resistance is reduced to ≤ 0.08MPa (at the design flow rate), reducing the energy consumption of the cooling system and improving energy - saving performance.
5. Durability & Life
Service Life: Under normal operating conditions (8 hours of continuous operation per day), the designed service life is ≥ 8 years. Through 5000 - hour salt spray testing and 10,000 - cycle thermal shock testing, it proves excellent anti - corrosion and anti - fatigue performance.
Maintenance Cycle: Thanks to the high - quality material and structural design, the recommended maintenance cycle is ≥ 2 years (or 4000 hours of operation), reducing the frequency of equipment maintenance and downtime losses.
Application Scenarios of Kalmar J026065 Evaporator
Material Handling EquipmentIdeal for Kalmar container handlers, reach stackers. It regulates temperature in hydraulic systems and operator cabs, ensuring smooth operation under high - load, outdoor port conditions with strong heat exchange needs.Keywords: material handling, port equipment, temperature regulation
Industrial Cooling SystemsApplied in factory - built cooling units for Kalmar - related production lines. Efficiently cools lubricants, coolants in machinery like forklifts, preventing overheating during continuous material transport in warehouses or manufacturing plants.Keywords: industrial cooling, production line, overheating prevention
Cold Storage & LogisticsUsed in Kalmar refrigerated truck loaders. Maintains stable low temperatures in refrigeration compartments, enabling safe transport of perishable goods (food, pharmaceuticals) by controlling heat exchange in cooling circuits.Keywords: cold storage logistics, refrigerated transport, perishable goods
Marine Deck MachineryFits Kalmar marine cranes. Copes with harsh marine environments (humidity, salt spray), cools hydraulic oil and control systems, ensuring reliable lifting/handling operations on ships, docks with temperature - sensitive components.Keywords: marine deck machinery, salt spray resistance, hydraulic cooling
Frequently Asked Questions & Answers
Q: What refrigerants is the Kalmar J026065 evaporator compatible with?
A: It works well with eco-friendly refrigerants like R134a and R404A, complying with global environmental standards. No extra modifications are needed for matching most Kalmar equipment cooling systems.
Q: How often should this evaporator be maintained?
A: Under normal 8-hour daily operation, the recommended maintenance cycle is 2 years or 4000 working hours. Regular cleaning of fin coils can further extend its service life.
Q: Can it operate stably in harsh environments?
A: Yes. Its 25μm corrosion-resistant coating and -40℃ to 120℃ temperature range enable stable work in 95% humidity and salt-spray marine or port conditions.
Q: Is the evaporator easy to install on existing Kalmar machinery?
A: Absolutely. With its compact 450×200×120mm dimensions and standard mounting holes, it fits seamlessly into most Kalmar equipment without complex adjustments.
