BINDER FDL 115 User Manual

Page 66

Advertising
background image

FDL (E2.1) 02/2015

page 66/75


Interior dimensions

Width

mm / inch

600 / 23.62

Height

mm / inch

435 / 17.13

Depth

mm / inch

435 / 17.13

Interior volume

l / cu.ft

115 / 4.1

Number of racks, chrome-plated (regular / max.)

2/5

Load per rack

Kg /lbs

30 / 66

Permitted total load

Kg /lbs

60 / 132

Weight of the unit (empty)

Kg /lbs

88 / 194

Temperature data

Temperature range, 10 °C above ambient up to

°C / °F

300 / 572

Maximum temperature of the heating surface

°C / °F

750 / 1382

Maximum permitted oven temperature

°C / °F

300 / 572

Temperature fluctuation

at 150 °C / 302 °F

± K

0.8

Temperature uniformity (variation)

at 50 °C / 122 °F

± K

0.5

at 150 °C / 302 °F

± K

2.5

at 300 °C / 572 °F

± K

5.8

Heating-up time 2)

to 50 °C / 122 °F

min

10

to 150 °C / 302 °F

min

18

to 300 °C / 572 °F

min

63

Recovery time after door was opened

for 30 sec. 2)

to 50 °C / 122 °F

min

12

to 150 °C / 302 °F

min

7

to 300 °C / 572 °F

min

14

Ventilation data

Air circulation

approx. x/min.

20

Air change acc. to EN 1539:2009 at 50 °C

approx. x/min.

2.5

Volumetric flow rate of exhaust air acc. to EN 1539:2009

at 50 °C 3)

approx. l/min

400

approx. m

3

/h

24.0

Solvent data

Highest permitted solvent quantity acc. to EN 1539:2009

4)

(at T-180 °C, M-100g/mol, U-40g/m3, K=0,5)

g

6.65

Electrical data

Housing protection acc. to EN 60529

IP

33

Nominal voltage (+5 %)

V

230 1 N ~

Power frequency

Hz

50/60

Nominal current

Amp

13.0

Nominal power

kW

2.90

Sound-pressure level

dB(A)

57

Energy consumption 5)

at 150 °C / 302°F

Wh/h

1098

Power plug

shock proof plug

Over-voltage category acc. to IEC 61010-1

II

Pollution degree acc. to IEC 61010-1

2

Legend:
1) If the volume of the drying material inserted in the dryer exceeds 10% of the total steam area, it must

be deducted in the calculation of the total steam volume.

2) Values without considering the prepurge time
3) Procedure: "calculation of the volumetric flow rate through the exhaust duct based on the velocity of

flow measured there with a propeller anemometer"

Advertising