VULCAN SYSTEM 10/11 kW

  • Remotely controllable via analog interface
  • Compact design
  • Easy to integrate

Industrial Hot Air Devices

Leister hot air tools are used in countless industrial production processes. In fact, there are very few industries that do not benefit from our versatile offerings, regardless if the process only operates with hot air or if it becomes more efficient with hot air. Leister has the right blower for every production line.

Details

Strong Hot Air Blower

The VULCAN SYSTEM hot air blower from Leister is a true powerhouse with an output of 10/11kW. The blower has a compact design, which can be easily integrated into industrial processes. Like the smaller hot air blowers from Leister, the VULCAN SYSTEM can also be remotely controlled with a standard analog interface.

Choose Article Options

Voltage Power
230 V 10000 W
400 V 11000 W
480 V 11000 W

Technical Data

NAME METRIC IMPERIAL
PHASES 3x 3x
VOLTAGE 230 - 480 V 230 - 480 V
CURRENT 13 - 25 A 13 - 25 A
POWER 10000 - 11000 W 10000 - 11000 W
FREQUENCY 50/60 Hz 50/60 Hz
AIR TEMPERATURE CONTROL Closed loop Closed loop
MAX. AIR OUTLET TEMPERATURE 650 °C 1202 °F
AIR FLOW (20 °C) AT 50 HZ 850 - 950 l/min 30.01 - 33.54 cfm
AIR FLOW (20 °C) AT 60 HZ 1500 - 1700 l/min 52.97 - 60.03 cfm
MAX. AIR INLET TEMPERATURE 65 °C 149 °F
MAX. AMBIENT TEMPERATURE 65 °C 149 °F
OVERHEATING PROTECTION Yes Yes
STATIC PRESSURE AT 50 HZ 3100 Pa 3100 Pa
STATIC PRESSURE AT 60 HZ 4000 Pa 4000 Pa
NOZZLE CONNECTION Ø 92 mm / 3.6 in 92 mm / 3.6 in
NOISE EMISSION LEVEL 65 dB (A) 65 dB (A)
DISPLAY Yes Yes
INTERFACES 4-20mA; 0-10V 4-20mA; 0-10V
LENGTH 410.0 mm 16.14 in
WIDTH 276.0 mm 10.86 in
HEIGHT 231.0 mm 9.09 in
WEIGHT 9.3 kg 20.5 lb
CONFORMITY MARK CE CE
SAFETY MARK S+ S+
PROTECTION CLASS I I

Highlights

Enormously Powerful Hot Air Blower

Remotely controllable via analog interface
Compact design
Easy to integrate
High output

Applications

Virtually Unlimited

Downloads

Operating Instructions
VULCAN SYSTEM

VULCAN-SYSTEM.pdf (75 downloads)

General Catalogue
Process Heat – US

Process-Heat-US.pdf (1268 downloads)