background image

Switch

Func Key Print Output

RANGE

01:NiCr +0123.4 -0012.0 +0000.0 °C 1.0000 E+0 - - - 

RANGE 

ext. programm.

LM

F

MS ZERO      SLOPE LM P FUNC CALOFS CALFA A-START A-END   B1 MX EF AH AL CF UMIN

01:+0000.0 +1.0000 5. 1 MESS +00000 32000 +0000.0 +1000.0-01 M1 -- S- E2 05 12.0
                                                    

see manual 6.10.1

LV MAX

LIM VAL MAX: 01: -0100.0 °C

LV MIN

LIM VAL MIN: 01: +0020.0 °C

BASE 

BASE VAL:    01: -0273.0 °C

FACTOR

FACTOR:      01: +1.0350E-1

BASE  

ZC

F

ZERO POINT:  01: -0000.7 °C 

FACTOR  

SC

F

SLOPE:       01: +1.0013

TIME

TM

TIME:        12:34:00

TIME     

ST

F

START TIME:  07:00:00

TIME 

ET

F, F

END TIME     17:00:00

DATE

DA

DATE:        01.02.99

DATE  

SD 

F

START DATE:  01.02.99

DATE 

ED 

F, F

END DATE:    02.02.99

PRINT CYCLE

PRINT CYCLE: 00:06:00

MEAS. CYCL.

MEAS. CYCLE: 00:01:30

BAUD RATE

Sensor

Programming

if programmed

BR

AMR ALMEMO 3290-8

CH RANGE. LIM-MAX  LIM-MIN  OFFSET  D FACTOR EXP AVG    COMMENT

01:NiCr   +0123.4  - - -    - - -  °C 1.0350 E+0 - - -  Designation

02:NiCr     - - -  +0012.0  - - -  °C - - -  E+0 CONT   Water

MEAS. CYCLE:  00:00:30 S   S0501.9 F0304.7 A   W010 C-SU-

PRINT CYCLE:  00:10:00 U   9600 bd 

START TIME:   00:07:00

START DATE:   02.01.99

END TIME:     18:30:00

END DATE:     03.01.99
                                              

see manual 6.2.3

BAUD RATE

Device

Programming

mb

F

DEVICE:    G00 M20 A08 P05/20/00

A.PRESSURE: +01013. mb

 

 

CJ-TEMP:    +0023.5 °C
U-SENSOR:   !  12.5 V
HYSTERESIS: 10
CONFIG:     FCRDAS-- -L--
ALARM:      -1-3
A1:         DK0 Un
A2:         AK1                          

see manual 6.2.5

    ALMEMO

 3290-8

43   

Troubleshooting   

Summary of Contents for ALMEMO 3290-8 V5

Page 1: ...Operating Instructions Data Logger ALMEMO 3290 8 V2 0 13 07 2000 AHLBORN Mess und Regelungstechnik GmbH Eichenfeldstra e 1 3 D 83607 Holzkirchen Tel 49 0 8024 30070 Fax 49 0 8024 300710...

Page 2: ...rgeable Battery Option A 13 3 3 External Power Supply 13 3 4 Switch On Off Reinitialisation 13 3 5 Data Buffer 14 4 CONNECTION OF THE TRANSDUCERS 14 4 1 Transducers 14 4 2 Measuring Inputs and Additio...

Page 3: ...utput Format 31 7 3 2 Measuring Cycle and Memory Activation 32 7 3 3 Conversion Rate Continuous Measuring Point Scan 32 7 3 4 Time and Date 33 7 3 5 Time and Date of Start Time and Date of End 33 7 3...

Page 4: ...section 5 1 The interface module RS232 fiber optics Centronics manual section 5 2 The entire ALMEMO networking system manual section 5 3 All functions and their control via the interface manual sectio...

Page 5: ...tion channels and can be processed and printed like normal measuring junctions Furthermore function channels for special measuring tasks are provided to determine temperature coefficient Q t and wet b...

Page 6: ...ogue output Measured Value A continuous presentation of measuring data from the selected measuring point is provided and also includes automatic zero point correction and optional correction of the me...

Page 7: ...asuring Cycle The measuring cycle also programmable between 1s and 59h 59min 59s is for a cyclic scanning with a display of all measured values limit value monitoring including alarm message and outpu...

Page 8: ...g All ALMEMO devices can be addressed and can be easily networked by a simple connection with network cables or network junctions for longer distances Software The AMR Control software which allows fo...

Page 9: ...V symbol BAT illuminated 6 V display LobAt Times hr min sec Date day mth year 2 FUNCTION KEYS INPUT CH Clr START STOP MANUAL OUTPUT FUNCTION ENTER for entering programming values ENTER Clr clear data...

Page 10: ...ent temperature AT FACTOR Exponent F slopecorrection SC F emissivity factor EF MEMORY F free memory MF MEAS CYCLE CH store on off S F conversion rate CR PRINT CYCLE CH output channel U F device addres...

Page 11: ...entronics interface cable ZA 1936 DK A1 or A2 analogue output with cable ZA 1601 RK A2 networking with network cable ZA1999 NK Data storage with memory connector ZA 1904 SS trigger input with cable ZA...

Page 12: ...t peripheral device Use key CH in function OUTP CYCLE to set the output channel U and possibly output format columns nU or spreadsheet table tU see 7 3 1 Use key OUTPUT within function MEMORY to outpu...

Page 13: ...usly illuminated for charge control Attention Due to the heat build up in the unit during this process thermocouple measurements with an internal VC may be erroneous If the green lamp flashes the batt...

Page 14: ...l stored values are maintained for several months if the mains supply is not available However to prevent the rechargeable battery from completely discharging and to avoid the loss of data the instrum...

Page 15: ...tor are increased in steps of 10 e g the first sensor has the channels M0 M10 M20 M30 the second sensor has the channels M1 M11 M21 M31 etc The 9 analogue inputs are electrically isolated by using pho...

Page 16: ...2 3 4 V Range chann short name dimension 1 N i C r C Parameter chann value dimension chann factor exponent Number value active N 1 2 0 1 A Cycles hours minutes seconds output chann Times hours minutes...

Page 17: ...flashes Exceeding of limit value arrow ALARM illuminated Undershoot of meas range CJ compens cold junction Measuring without ext CJC or CJC break flashes Exceeding of range of values 65000 flashes 1...

Page 18: ...the maximum value follows 9 or 5 The sign can be changed using the key A switch to the next digit is performed using the key To switch back to the previous digit press the key The programming process...

Page 19: ...s need to be specified the comprehensive programming options have to be used It must be considered that standard sensors are by a locking mode protected against unintentional modification and that the...

Page 20: ...ed the programming can be completed by pressing ENTER once again and the data is transmitted to the connector All programming values of the input channel are then cleared Function Selection RANGE 1 N...

Page 21: ...915 S140 0 40 40 00 m s S140 Snap on head Micro 20 FV A915 S220 0 50 20 00 m s S220 Snap on head Micro 40 FV A915 S240 0 60 40 00 m s S240 Macro FV A915 MA1 0 10 20 00 m s L420 Water Micro FV A915 WM1...

Page 22: ...ariables with the corresponding reference channels is described in the manual section 6 3 4 Switch off i e deactivation of a programmed measuring channel Function RANGE Keys ENTER Clr After switch off...

Page 23: ...rogramming can be completed by the key ENTER RANGE ENTER ENTER 1st dim change 2nd dim change End When the dimension F is entered a temperature value in degrees Celsius will be converted into degrees F...

Page 24: ...3 1 1 5 0 0 0 SC If correction values are programmed and as a result the measured value is corrected the arrow CORR will be indicated in the display Sensor Adjustment To simplify the correction of se...

Page 25: ...sidered by entering the EXPONENT Function Base val BASE according to 5 3 Function Factor Exponent FACTOR according to 5 3 The arrow CORR will be indicated in the display if scaling values are programm...

Page 26: ...ing range zero point and slope correction 3 measuring range dimension 4 zero point and slope correction 5 base value factor exponent 6 analogue output start and end 7 limit values max and min Function...

Page 27: ...rement of a Measuring Point As long as no cycle and no continuous measuring point scan have been programmed e g after a reinitialisation see 3 4 only the measured value of a selected measuring point w...

Page 28: ...e user can zero the measured value at certain locations or at certain times in order to check the deviation from this reference value The indicated measured value is by the following key combination s...

Page 29: ...s zero but as the negative base value after the adjustment For some sensors special functions are available in this context 1 Dynamic pressure probes are very delicate and should be adjusted in an unp...

Page 30: ...5 1 1 Measuring point scans can be used to acquire indicate and in most cases to document data from the selected measuring point and also from other measuring points Single measuring point scans for...

Page 31: ...he automatic measuring point scan can be achieved by operating the key START STOP once again The indications START RS232C and MEMORY will disappear Stop Cyclic Meas Point Scan Key START STOP 7 3 1 Pri...

Page 32: ...mory to interface as a list S meas values to interface and to memory meas values of a channel from memory as a list to analogue output n S meas values to interface and to memory in columns t S meas va...

Page 33: ...the interface Function Conversion rate CR MEAS CYCLE Example 10M s continuous with saving Change Memory on off ENTER ENTER CH 7 3 4 Time and Date The ALMEMO 3290 8 is equipped with a real time clock...

Page 34: ...ogging automatically is the triggering by the exceeding of limit values see 6 4 and manual 6 6 3 The allocation of the start or stop command to a limit value is performed with the switch in position L...

Page 35: ...NTER Function Display No averaging Continuous averaging C o n t Cyclic averaging C Y C L For averaging single measurements the averaging mode Cont must be selected measuring and print cycle must be cl...

Page 36: ...mory i e measuring point scans in the print cycle or manually started scans and also alarm outputs e g exceeding of limit values in the measuring cycle For starting a cyclic storing the key START STOP...

Page 37: ...visible at the display of the memory capacity FR Left of the memory space a 2 digit connector number will be indicated For identification of the connector it can be programmed from 00 to 99 by using...

Page 38: ...c output OUTPUT cancel automatic output Clr During the memory output the arrow MEMORY is indicated for control purposes similar to when recording At the end a 20 digit notch is written on a recording...

Page 39: ...oint scan As a result individually stored measurements can be allocated to certain measuring locations or measuring points see manual 6 7 Displaying the Number NUMBER N 1 2 0 1 A Example Room No 12 Me...

Page 40: ...de 1 Enter a measuring or print cycle of a minimum of 2 minutes If both are programmed the measuring cycle will be ignored 2 For starting a measurement in sleep mode Press key START STOP with key FUNC...

Page 41: ...t be modified but the computer or printer should be set up accordingly If this is not possible the values 150 300 600 1200 2400 4800 9600 or 57600bd can be entered via keyboard if the rotary switch is...

Page 42: ...ve numbers between 01 and 99 should be entered for network operation so that the device 00 cannot be falsely addressed in case of a power supply failure 8 3 Manual Data Output For the output of data t...

Page 43: ...A DATE 01 02 99 DATE SD F START DATE 01 02 99 DATE ED F F END DATE 02 02 99 PRINT CYCLE PRINT CYCLE 00 06 00 MEAS CYCL MEAS CYCLE 00 01 30 BAUD RATE Sensor Programming if programmed BR AMR ALMEMO 3290...

Page 44: ...hieve this the analogue output start and the analogue output end of the desired measuring range must be entered within the functions AA and AE see manual 6 10 7 If the initial value is zero it will re...

Page 45: ...ng meas values segment test or blockage during operation Remedy Check cabling for inadmissible electrical connection disconnect all suspicious sensors hold hand held sensors in air or connect dummies...

Page 46: ...e factory in Holzkirchen Germany including a short report and possibly control printouts The software AMR Control allows to print the monitor pages including the programming and also to save the termi...

Page 47: ...leep mode approx 20 A Housing metal housing H86 x W154 x D225mm Operating temperature 10 60 C Storage temperature 30 60 C Humidity of ambient air 10 90 rH non condensing Extent of the Delivery Measuri...

Page 48: ...48 ALMEMO 3290 8 Appendix...

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