PERFORMANCE
Model
Temperature control range
Humidity control range
Usable ambient temperature
Noise level
Maximum pressure
Rated voltage
Rated frequency
Power consumption
'
MLR-350/MLR-350T
°
+10
C to +50
°
°
0
C to +50
C /light OFF)
-----
AC 110Vto
AC 220V
AC 115 V
60 Hz
60 Hz
1360 W
1360 W
"C�-------------- - -----�
50
Wit h 15 flu or e sc e nt ,-- -
L
ID
lamps ON
/
.0
E
ro
.c
4 0
0
· "
ID
' /
u
·w
, , ,
,..
30
0
1:'
B
20 1-------
---+--l---------�--,,__-�-- - -a
-
ro
L
ID
n
E
1 0
___________ ,
ID
1---
0 L__ __ _,_ ___ _L ___ _j__ __ _j ___ ....L��-,,-J
0
Pull-down an_ d Pull-up curve
W 400� -- -----------�
�
300 --
--- - --- --
ID
C
ii
-- - - --- - -
ro
0
: �
ID
TI
�
200
- ' '
0
a
Chamber temperature reached'•,_( +10'C)
TI
(with 15 fluorescent lamps ON)
ro
.2
1i,
ID
100
I
0
Relation ship between heat load inside cabinet and
chamber temperature reached
°
C (light ON)
55% to 90% RH (at +15
°
°
-5
C to +35
C, Less than 80% RH
48dB (A scale)
2648 kPa
AC 110 V to
AC 220 Vto
AC 115 V
AC 240V
50 Hz
60 Hz
1290 W
1400 W
-- - - - - --- � - - -
With fluorescent
lamp OFF
Ambient
temperature
4
2
3
Chamber temperature
reached
(
+5'C)
{ with fluorescent lamp OFF)
/
- - > - - - - , _
--,
, ,
':-,
__
' , ,
' , , _
',, __
20
30 ("C)
Ambient temperature
Fig. 2
-
.
(MLR-350H/MLR-350HT
°
+10
C to +50"'c (light ON)
°
°
+5
C to +50
C /light OFF)
°
C to +45
AC220V
AC 220 Vto
AC240V
60 Hz
50 Hz
1400 W
1330 W
(hour)
Fia.1
-.,;
)
V
V
,I/
°
C)