Hanna Instruments pH 210 - Manual (Page 4)

6 7
pppppHHHHH 212 AND 212 AND 212 AND 212 AND 212 AND pppppHHHHH 213 213 213 213 213
SPECIFICATIONS SPECIFICATIONS SPECIFICATIONS SPECIFICATIONS SPECIFICATIONS
FUNCTIONAL DESCRIPTION FUNCTIONAL DESCRIPTION FUNCTIONAL DESCRIPTION FUNCTIONAL DESCRIPTION FUNCTIONAL DESCRIPTION
pppppHHHHH 212 AND 212 AND 212 AND 212 AND 212 AND pppppHHHHH 213 213 213 213 213
1) Liquid Crystal Display (LCD).
2) CFM key, to confirm different values.
3) CAL key, to enter or exit/escape calibration mode.
4)
°C key, to manually decrease temperature or select pH buffer.
5) °C key, to manually increase temperature or select pH buffer.
6) MR key, to recall the stored value.
7) MEM key, to store a value into memory.
8) COMM key, to set the baud rate and the command prefix.
9) RANGE key, to select measurement range.
10) ON/OFF switch.
11) Power adapter socket.
12) BNC electrode connector.
13) Electrode reference socket.
14) Temperature probe socket.
15) RS232 serial communication connector.
Front Panel Primary LCD
Secondary LCD
1
9 3
2
7
4
6
5
10
8
Rear Panel
POWER
12VDC
INPUT TEMP RS232 REF
11 13 14 15 12
Functions pH Calibration
pH 213
Microprocessor pH Meter
Confirm 2 Buffer nd CFM
Select 2 Buffer nd /
Confirm 1 Buffer st CFM
/ Select 1 Buffer st
Start Calibration CAL
COMM RS232 Communication
MR Memory Recall
Select pH / ORP RANGE
MEM Memorize Reading
MR MEM
COMM C C
RANGE CFM CAL
E G N A R
H p 0 0 . 6 1 ot 0 0 . 2 –
H p 0 0 0 . 6 1 ot 0 0 0 . 2 –
± )y ln o 3 1 2 H p ( V m 9 . 9 9 9
± )y ln o 3 1 2 H p ( V m 0 0 0 2
C ° 0 . 0 2 1 ot 9 . 9 –
N O IT U L O S E R
H p 1 0 . 0
H p 1 0 0 . 0
)y ln o 3 1 2 H p ( V m 1 . 0
)y ln o 3 1 2 H p ( V m 1
C ° 1 . 0
Y C A R U C C A
F ° 8 6 / C ° 0 2 @
± H p 1 0 . 0
± H p 2 0 0 . 0
± ( V m 5 . 0 ± ) V m 9 . 9 9 9
± ( V m 1 ± ) V m 0 0 0 2
± )C ° 0 . 0 0 1 – 0 . 0 ( C ° 5 . 0
± )e di st u o ( C ° 1
)r or re e b or p g ni d ul cx e (
n oi t ar bi la C H p
sr ef fu b 5 ,n oi t ar bi la c t ni o p 2 ro 1
el b al ia v a
) 1 0 . 0 1 , 8 1 . 9 , 1 0 . 7 , 6 8 . 6 , 1 0 . 4 (
er ut ar e p m e T
n oi t a s n e p m o c
: m or f ci t a m ot u A ro la u n a M
)F ° 8 4 2 ot 2 . 4 1 ( C ° 0 2 1 ot 9 . 9 –
e d or tc el E H p ) d e d ul c ni ( B 1 3 1 1 I H
e b or p er ut ar e p m e T ) d e d ul c ni ( W 2 / 9 6 6 7 I H
e c n a d e p m i t u p nI 0 1 2 1 s m h o
e c af re t ni re t u p m o C d et al o si - ot p o 2 3 2 S R
yl p p u s re w o P ) d e d ul c ni ( re t p a d a C D V 2 1
s n oi s n e m i D )” 9 . 2 x 1 . 7 x 4 . 9 ( m m 4 7 x 2 8 1 x 0 4 2
t h gi e W
;) bl 5 . 2 ( g K 1 . 1
) bl 5 . 5 ( g K 5 . 2 re dl o h ht i w ti k
t n e m n or iv n E
)F ° 2 2 1 ot 2 3 ( C ° 0 5 ot 0
g ni s n e d n o c- n o n H R % 5 9 .x a m
yt n ar r a W sr a e y 2