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Technical Manual MiniMEP Data Loggers

page 5

 Parameter Page MiniMEP (2)434 A/ (2)534 A

, Temperature-/Humidity Recording.

(Default values are factory set)

Parameter name

Description

Range

Default value

Your value

serial number

individual serial number for clear idenfication of the unit

--

--

software

version no. of the so additional info

Add. info: "pro" = unit is unlocked for use with "CV-Scheduler"

MiniMEP

shows type of unit, quantity and kind of probe inputs

recording

storage interval in minutes

1...6,10,12,15,20,30,60 min. 5 min.

unit

physical unit of all temperature values

°C(elsius), °F(ahrenh.)

°C

(°F always in 0,2°F steps)

(transm 1) corr. 1

the last four corrections of this input with time,

-6% bis +6%

0%

to

date and offset value

(transm 1) corr. 4
(transm 1) on/off

if you don't want to use input 1, switch it off here

off / on

on

transm 1 L-Limit

humidity low limit transmitter 1

0,0% ... 100,0%

0%

transm 1 H-Limit

humidity high limit transmitter 1

0,0% ... 100,0%

100%

transm 1 delay

if this delay is run down, an alarm message will be generated 0:01 ... 4:00    h:min

1:00 h:min

name transm 1

individual name for this probe input (max. 8 characters)

see table

transmitter 1

(probe 2) corr. 1

the last four corrections of this input with time,

to

date and offset value

(probe 2) corr. 4
(probe 2) on/off

if you don't want to use probe 2, switch it off here

off / on

off

probe 2 L-Limit

undertemperature setpoint probe 2

-160..+850°C/-256..+1562°F -160°C (-256°F)

probe 2 H-Limit

overtemperature setpoint probe 2

-160..+850°C/-256..+1562°F +850°C (+1562°F)
(-256...+1562°F)

probe 2 delay

if this delay is run down, an alarm message will be generated 0:01 ... 4:00   h:min

1:00 h:min

name probe 2

individual name for this probe input (max. 8 characters)

see table

probe 2

(transm 3) corr. 1

the last four corrections of this input with time,

-6% bis +6%

0%

to

date and offset value

(transm 3) corr. 4
(transm 3) on/off

if you don't want to use input 3, switch it off here

off / on

off

transm 3 L-Limit

humidity low limit transmitter 3

0,0% ... 100,0%

0%

transm 3 H-Limit

humidity high limit transmitter 3

0,0% ... 100,0%

100%

transm 3 delay

if this delay is run down, an alarm message will be generated 0:01 ... 4:00    h:min

1:00 h:min

name transm 3

individual name for this probe input (max. 8 characters)

see table

transmitter 3

(probe 4) corr. 1

the last four corrections of this input with time,

to

date and offset value

(probe 4) corr. 4
(probe 4) on/off

if you don't want to use probe 4, switch it off here

off / on

off

probe 4 L-Limit

undertemperature setpoint probe 4

-160..+850°C/-256..+1562°F -160°C (-256°F)

probe 4 H-Limit

overtemperature setpoint probe 4

-160..+850°C/-256..+1562°F +850°C (+1562°F)

probe 4 delay

if this delay is run down, an alarm message will be generated 0:01 ... 4:00   h:min

1:00 h:min

name probe 4

individual name for this probe input (max. 8 characters)

see table

probe 4

alarm repeat

alarm repetition time after a reset with a failure still present

off, 0:01 ... 4:00   h:min

off

accu alarm mess.

accu alarm message if mains voltage fails

on, off

on

DI alarm w. accu

alarms from digital inputs allowed while accu operation

on, off

on

(digital inputs)

here the digital inputs can be switched on or off

al1   al2   door

off   off   off

1(al1)  2(al2)  3(door)

off  off  off
........to........
on   on   on

delay door

time delay for digital input #3

0:00 ... 4:00   h:min

0:00 h:min

L/inp. 3 (door)

individual name for digital input #3

see table

door

delay al2

time delay for digital input #2

0:00 ... 4:00   h:min

0:00 h:min

L/inp. 2 (al2)

individual name for digital input #2

see table

al2

delay al1

time delay for digital input #1

0:00 ... 4:00   h:min

0:00 h:min

L/inp. 1 (al1)

individual name for digital input #1

see table

al1

actual time

can be correctedround about 90 minutes only

h:min:sec

factory set

actual date

cannot be corrected

factory set

summer/winter

regulation for the summer / winter shifting

EU since '96, NO

EU since '96

actual error

"see failure codes"

last error 1

the last 6 errors

date, time, error

to
last error 6

date, time, error

DDC-baudrate

communication speed with PC-software

Baud:

9600, N ,8 ,1

1200 - 57600

begin print

date/time of the first value that should be printed out

end print

date/time of the last value that should be printed out

print

start with key 'arrow up', break with 'arrow down'

begin print - end print

Sprache / language

display language

german, english,
french, netherlands

adress (in network)

adress of the unit within a network

0 -78

78

Содержание MiniMEP 2404S

Страница 1: ...minute interval Example 2 6 years with a 15 min interval z Data storage is unlimited even without mains voltage z Real time clock with typ 10 years battery backup z Continuous recording by external le...

Страница 2: ...4A 534A canrecord2temperature values and the values of two 4 20 mA humidity transmitters Type Housing Inputs Recording Digital Alarm Limits LC Input for Memory Cap Supply Overview Range inputs Alarm r...

Страница 3: ...01 07 96 14 15 sensor 2 21 0 C 01 07 96 14 30 01 07 96 14 45 01 07 96 15 00 P P MINIMEP serial no 000000 01 07 96 14 30 01 07 96 15 00 01 07 96 14 45 correction probe selection push for longer than 1...

Страница 4: ...abled during accu operation Real time clock The integrated x tal controlled real time clock can be corrected by only 24 hours Theautomaticsummer winter shiftcanbedisabledforexportpurposes Without main...

Страница 5: ...delay is run down an alarm message will be generated 0 01 4 00 h min 1 00 h min name transm 3 individual name for this probe input max 8 characters see table transmitter 3 probe 4 corr 1 the last fou...

Страница 6: ...l be generated 0 01 4 00 h min 1 00 h min name probe 3 individual name for this probe input max 8 characters see table probe 3 probe 4 corr 1 the last four corrections of this input with time to date...

Страница 7: ...mains ph L report input 2 al2 mains ph alarm relay N O contact Mains neutral alrm relay N C contact alarm relay common PE 1 2 3 4 5 6 7 8 9 RS 232 Interface MiniMEP 4xx RS 232 interface connector The...

Страница 8: ...14 input 1 4 20mA 15 input 1 4 20mA 16 probe 2 17 probe 2 com 18 input 3 4 20mA 19 input 3 4 20mA 20 probe 4 21 probe 4 com 22 n c 23 RxD RS 232 24 GND RS 232 25 TxD RS 232 51 R 51 R 11 13 15 17 19 21...

Страница 9: ...t A don t need the cables between terminals 37 and 38 TxD data out RxD data in 1 4 2 3 5 Stecker SUB D 9 polig male 7 6 9 8 GND 31 32 16 17 to controller unit PE Mains N Mains Line L Input 1 L Input 2...

Страница 10: ...16 17 18 19 ELREHA 63 47 34 35 36 37 38 34 35 36 37 38 93 105 L Eing 1 NK L Eing 2 TK L Ein 3 T r Dimensions of MiniMEP 4xx types Dimensions Terminals of MiniMEP 2 524 A 2 534 A Operating Unit Verbin...

Страница 11: ...ler an unlock code must be entered while start up You get this unlock code with the software please see software manual for further information Without this code retrieve and processing of data with t...

Страница 12: ...y please contact the manufacturer first Electrical installation and putting into service must be done from authorized personnel Please note the local safety instructions Before installation Check the...

Страница 13: ...m relay SPDT isolated 4A cos phi 1 250V Interfaces RS 232 RS 485 Accu interface Chargecontrollerfor1 3AhLeadAccus not types 404 S 2404 S 424 12V Data memory see type overview Real time clock automatic...

Страница 14: ...heir companies copy We state the following When operated in accordance with the technical manual the criteria have been met that are outlined in the guidelines of the council for alignment of statutor...

Страница 15: ...Drilling template MiniMEP x422 x424 Ma stab 1 1 scale 1 1 116mm 4 57 Bohrer Drill 6mm 24 7mm 27 Bohrer Drill 6mm 24 11 43 163 5 6 42 155 6 1 65mm 2 56...

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