Quiet Air Fluid Cooler with DC motor - QDC series - (Europe) | Product Series

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Quiet Air Fluid Cooler with DC motor - QDC series - (Europe)

Quiet Air Fluid Cooler with DC motor - QDC series - (Europe)

Puntos de venta

The QDC air Fluid Cooler series with 24V DC and up to 800V DC Fan Drive is optimized for use in the mobile, electrification market and is available in a range of cooling capacity from 1kW to 400kW.

Especificaciones técnicas

  • Serie del producto: QDC 24 - up to 800V DC
  • Voltaje de suministro eléctrico: 24 to 800 VDC
  • Señal de control: 600V DC Inverter, PWM 24VDC
  • Para tipo de fluido: Water Glycol Mix, Mineral Oil
  • Capacidad de enfriamiento máxima: 0.1 to 3 kW/°C
  • Tamaño: 007, 008, 011, 012, 016, 017, 025, 026 (050, 075, 100)
  • Caída de presión: 0.005 to 1 bar
  • Índice de caudal máximo: 250 L/min
  • Caudal mínimo: 5 L/min
  • Presión de trabajo máxima: 21 bar
  • Presión mínima de trabajo: 0.05 bar
  • Temperatura máxima de funcionamiento: 120 °C
  • Temperatura mínima de funcionamiento: -40 °C
  • Temperatura ambiente: 20 °C
  • Tamaño de la rosca de la conexión 1: G1 to G1-1/2 inch
  • Tamaño de la rosca de la conexión 2: G1 to G1-1/2 inch
  • Volumen: 1.4 to 11.2 L
  • Nivel de ruido máximo: 50 to 95 dBA
  • Velocidad nominal: 1200 to 4750 RPM (24 to 26 VDC), 1000 to 2560 RPM (600 VDC)
  • Corriente: 0.5 to 63 A
Safety Warning

Descripción completa del producto

The Parker QDC air fluid cooler series offers a unique cooling solution for the electrified, mobile market.
Among the series' most outstanding features are:
• High power density. The QDC offers 2-3x higher power density than the LDC series.
• High efficiency. Integrated inverter controls the rotation speed with a standard PWM signal to reduce the power consumption to the minimum required RPM to disipate the power out of the fluid.
• High noise reduction. The high efficient design of the Parker heat exchanger turbulator together with the rotation speed control ensures quiet operation, suitable for operation even in noise emission reduced areas.

This series can be fitted optionally with an IQAN controller, smart 24V DC water-glycole pump, and a tank system. The maximum cooling capacity is 26 kW at 40°C, difference in temperature between ambient and cooler inlet, size 017.

Markets:
• Mobile, electrified

Features/Benefits:
• Quiet fan and fan motor
• High power density
• Efficient and robust design which extends operating lifetime and reduces service and maintenance costs
• Cooler matrix with low pressure drop and high cooling capacity
• Easy to maintain and easy to retrofit in many applications

The correct working temperature produces a number of economic and environmental benefits:
• The precise control of the cooling capacity extends the service life of the electric motor and the drive.
• Service and repair costs are reduce
• High efficiency level maintained in continuous operation – the system’s efficiency falls if the temperature exceeds the ideal working temperature.

Applications:
• Truck cranes
• Body builders
• Mining machinery
• Forestry machines
• Refuse trucks
• Sweepers
• Lawn mowers
• Mini- and Medium sized excavator
• Surface drilling systems
• Hydrogen power fuel cell stack cooling

We have only included cooler part numbers up to size 17. Larger cooler sizes are also available on request, up to 140 kW at 40°C, difference in temperature between ambient and cooler inlet. Please contact Parker.

Documentos relacionados

Literature and Reference Materials
CATALOGUE - QDC for ePTO, MSG10-6120UK - EMEA
CATALOGUE - Distribution Catalogue 2022, MSG10-4082UK - EMEA
CATALOGUE - QDC Series, MSG10-6100UK - EMEA
Infographic - Thermal Management Solution
QDC006 fit to all Parker ePTO Variances/UK
Brochure ePTO System Solutions - Tailored Electric Power Take Off
Coolant Distribution System
LANDINGPAGE - Thermal Management Cooling/EN
QDC Manual and Installation Guide
Services
AAS Generator
Product Demos & Tutorials
Video - Electric_Power_Take_Off_Animation
Video - Thermal Management for Electrified Machines
Video: ePTO System Solutions - Electric Power Take Off
Selector Guides
How to size a Air-Oil Cooler
How to size a Water Cooler
Communities, Blogs & Industry Links
Electric Power Take Off System
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Productos Voltaje de entrada Configuración Tamaño Capacidad de enfriamiento máxima Caída de presión Tamaño de la rosca de la conexión
5847007001 24V DC QDC Liquid Cooler 007 0.301 kW / °C with Water Glycol Mix 50% at 4750 RPM at 60 l/min 0.08 bar at 60 l/min Water Glycol 50% at 30 °C G 1 Inlet and Outlet, G 1/2 Sensoric
5847008001 24V DC QDC Liquid Cooler 008 0.384 kW / °C with Water Glycol Mix 50% at 4750 RPM at min 60 l/min 0.045 bar at 60 l/min Water Glycol 50% at 30 °C G 1 Inlet and Outlet, G 1/2 Sensoric
5847011001 24V DC QDC Liquid Cooler 011 0.422 kW / °C with Water Glycol Mix 50% at 4750 RPM at min 60 l/min 0.07 bar at 60 l/min Water Glycol 50% at 30 °C G 1 Inlet and Outlet, G 1/2 Sensoric
5847012001 24V DC QDC Liquid Cooler 012 0.53 kW / °C with Water Glycol Mix 50% at 4750 RPM at min 60 l/min 0.04 bar at 60 l/min Water Glycol 50% at 30 °C G 1 Inlet and Outlet, G 1/2 Sensoric
5847016001 24V DC QDC Liquid Cooler 016 0.502 kW / °C with Water Glycol Mix 50% at 4750 RPM at min 60 l/min 0.06 bar at 60 l/min Water Glycol 50% at 30 °C G 1 Inlet and Outlet, G 1/2 Sensoric
5847017001 24V DC QDC Liquid Cooler 017 0.65 kW / °C with Water Glycol Mix 50% at 4750 RPM at min 60 l/min 0.028 bar at 60 l/min Water Glycol 50% at 30 °C G 1 Inlet and Outlet, G 1/2 Sensoric
5847006002 12V DC QDC Liquid Cooler 006 0,255 kW / °C with Water Glycol Mix 50% at 4000 RPM at 100 l / min 0.18 bar at 100 l / min Water Glycol 50% at 30°C G 1/2 and G1/4 Sensoric, G 3/4 Inlet and Outlet, G1/4 bleed port
5847006520 12V DC With Tank and Pump 006 0,24 kW / °C with Water Glycol Mix 50% at 4000 RPM at 40 l / min 0.18 bar at 100 l / min Water Glycol 50% at 30°C G 1/2 and G1/4 Sensoric, G 3/4 Inlet and Outlet, G1/4 bleed port
5847006522 12V DC QDC Liquid Cooler 006 0,255 kW / °C with Water Glycol Mix 50% at 4000 RPM at 100 l / min 0.18 bar at 100 l / min Water Glycol 50% at 30°C G 1/2 and G1/4 Sensoric, G 3/4 Inlet and Outlet, G1/4 bleed port
5847006001 24V DC QDC Liquid Cooler 006 0,29 kW / °C with Water Glycol Mix 50% at 4300 RPM at 100 l/min 0.18 bar at 100 l / min Water Glycol 50% at 30°C G 1/2 and G1/4 Sensoric, G 3/4 Inlet and Outlet, G1/4 bleed port
5847006500 24V DC With Tank and Pump 006 0,277 kW / °C with Water Glycol Mix 50% at 4300 RPM at 40 l/min 0.04 bar at 40 l / min Water Glycol 50% at 30°C G 1/2 and G1/4 Sensoric, G 3/4 Inlet and Outlet, G1/4 bleed port
5847006501 24V DC With Tank and Pump 006 0,29 kW / °C with Water Glycol Mix 50% at 4300 RPM at 70 l/min 0.1 bar at 70 l / min Water Glycol 50% at 30°C G 1/2 and G1/4 Sensoric, G 3/4 Inlet and Outlet, G1/4 bleed port
5847006502 24V DC With Tank 006 0,29 kW / °C with Water Glycol Mix 50% at 4300 RPM at 100 l/min 0.18 bar at 100 l / min Water Glycol 50% at 30°C G 1/2 and G1/4 Sensoric, G 3/4 Inlet and Outlet, G1/4 bleed port
5847025001 24V DC QDC Liquid Cooler 025 1.05 kW / °C with Water Glycol Mix 50% at 4750 RPM at 60 l/min 0.05 bar at 60 l/min Water Glycol 50% at 30 °C G 1 Inlet and Outlet, G 1/2 Sensoric
5847025002 24V DC QDC Liquid Cooler 025 2 x 0.50 kW / °C with Water Glycol Mix 50% at 4750 RPM at 60 l/min 0.05 bar at 60 l/min Water Glycol 50% at 30 °C, 2.0 kW/°C with Water Glycol Mix 50% at 2560 RPM at 130 l/min G 1 Inlet and Outlet, G 1/2 Sensoric
5847026001 up to 800V DC QDC Liquid Cooler 026 2.0 kW / °C with Water Glycol Mix 50% at 2560 RPM at 130 l/min 0.04 bar at 150 l/min Water Glycol 50% at 30 °C G 1 1/2 Inlet and Outlet, G 1/2 Sensoric, G 1/8 bleed port
5847080001 up to 800V DC QDC Liquid Cooler 080 3,6.0 kW / °C with Water Glycol Mix 50% at 2560 RPM at 130 l/min 0.03 bar at 150 l/min Water Glycol 50% at 30 °C G 1 1/2 Inlet and Outlet, G 1/2 Sensoric, G 1/8 bleed port

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