CHAMBER DRYING OVENS
for drying of moulds and other low-temperature processes

Model

Volume

m3

Inner sizes (mm)

w. l. h.

Outer sizes (mm)

w. l. h.

Power

kW

KRX 08.08.08-2

0,5

800 800 800

1200 1000 1800

6

KRX 1.1,2.1,2-2

1,4

1000 1200 1200

1400 1400 1800

9

KRX 1.1,5.1,8-2

2,7

1000 1500 1800

1400 1700 2400

12

KRX 1.2.1,8-2

3,6

1000 2000 1800

1400 2200 2400

18

KRX 1,2.1,5.1,8-2

3,2

1200 1500 1800

1600 1700 2400

12

KRX 1,2.2.1,8-2

4,3

1200 2000 1800

1600 2200 2400

18

KRX 1,5.1,5.1,8-2

4,0

1500 1500 1800

1950 1700 2400

18

KRX 1,5.2.1,8-2

5,4

1500 2000 1800

1950 2200 2400

24

KRX 1,5.2,5.1,8-2

6,7

1500 2500 1800

1950 2700 2400

24

• stainless steel materials in inner space
• thermal insulation of composite boards of high thermal resistance
• electric or gas-heated, direct or indirect heating
• multi-zone temperature control
• controlled ventilation in compliance with humidity
• controlled cooling
• control systems: PID programmable microprocessor controllers, programmable logic controllers (PLC) including processing software ”made-to-measure”
• batch loading tools, trolleys

• extremely low specific energy consumption
• short time to reach operational temperature
• both single-shift and continuous operation possible

CONTINUOUS DRYING OVENS with a conveyor
for drying of moulds and other low-temperature processes

Model

Inner sizes (mm)

w. l. h.

Outer sizes (mm)

w. l. h.

Power

kW

TRX 08.12.03-2

800 12000 300

1500 14000 1500

30

TRX 1,0.12.03-2

1000 12000 300

1700 14000 1500

40

TRX 1,2.12.03-2

1200 12000 300

1900 14000 1500

50

TRX 1,4.12.03-2

1400 12000 300

2100 14000 1500

60

TRX 1,6.12.03-2

1600 12000 300

2300 14000 1500

70

TRX 1,6.12.03-2

1800 12000 300

2500 14000 1500

80

TRX 2,2.12.03-2

2200 12000 300

2700 14000 1500

100

• stainless steel materials in inner space
• thermal insulation of composite boards of high thermal resistance
• electric or gas-heated, direct or indirect heating
• multi-zone temperature control
• controlled ventilation in compliance with humidity
• controlled cooling
• control systems: PID programmable microprocessor controllers, programmable logic controllers (PLC) including processing software ”made-to-measure”

• extremely low specific energy consumption
• short time to reach operational temperature
• both single-shift and continuous operation possible