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Manuel d’utilisation Omega Vehicle Security 450

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Summary
  • Omega Vehicle Security 450 - page 1

    www .omega.com e-mail: info@omega.com U ser ’ s Guide 450 SERIES Digital Thermometers Shop online at MADE IN TEMPERA TURE INDICA TOR HOLD ON ° F 1 ° 0.1 ° OFF ON ° C 305.4 ° F THERMOCOUPLE THERMOMETER TYPE E 450 AET ® ...

  • Omega Vehicle Security 450 - page 2

    Servicing North America: USA: One Omega Drive, Box 4047 ISO 9001 Stamford CT 06907-0047 Cer tified T el: (203) 359-1660 F AX: (203) 359-7700 e-mail: info@omega.com Canada: 976 Bergar Laval (Quebec) H7L 5A1, Canada T el: (514) 856-6928 F AX: (514) 856-6886 e-mail: info@omega.ca For immediate technical or application assistance: USA and Sales Service ...

  • Omega Vehicle Security 450 - page 3

    Benelux: Postbus 8034, 1 180 LA Amstelveen The Netherlands T el: +31 (0)20 3472121 F AX: +31 (0)20 6434643 T oll Free in Benelux: 0800 0993344 e-mail: sales@omegaeng.nl Czech Republic: Frystatska 184, 733 01 Karvina ´, Czech Republic T el: +420 (0)59 6311899 F AX: +420 (0)59 63 11114 T oll Free: 0800-1-66342 e-mail: info@omegashop.cz France: 1 1, ...

  • Omega Vehicle Security 450 - page 4

    Table of Contents Section 1: Description 1.1 General Description…………… 2 1.2 Physical Description…………... 3 1.3 Unpacking……………………… 3 1.4 Specification…………………… 4 Section 2: Operation 2.1 Principles of Operation………... 7 2.2 Power…………………………… 8 2.3 Operation……………… ...

  • Omega Vehicle Security 450 - page 5

    2 Section 1 Description 1.1 General Description Your hand-held, battery operated digital temperature indicator is configured for compatibility with one of five temperature transducers, J,K,E,T RTD and Thermister . Each of the configurations linearizes the analog output from the transducer to produce a stable and accurate digital temperature display ...

  • Omega Vehicle Security 450 - page 6

    3 1.2 Physical Description The indicator measures 45 mm (1.8 inches) in Height, 85 mm (3.3 inches) in width, and 145 mm (5.7 inches) in length. Weight is 230 grams (8.0 ounces). The case is constructed of high impact plastic. 1.3 Unpacking The indicator is supplied with the battery installed. A quick electrical test should be performed to verify th ...

  • Omega Vehicle Security 450 - page 7

    4 Specifications Display: Liquid crystal display, 7.6 mm (0.3 in.) digit Height Operating temperature: 0 to 50 ° C (32 to 122 ° F) 0 to 75% Relative Humidity Storage Temperature: -20 to 70 ° C (-4 to 158 ° F) Battery: NEDA 1604, 9 Volt Battery Life: Thermocouple-2000 hours minimum Platinum RTD-500 hours minimum Thermistor- 1200 hours minimum NM ...

  • Omega Vehicle Security 450 - page 8

    5 Maximum Common Mode Voltage: 1000VAC(RMS), ± 2000V Peak Accuracy at 22 ° C (72 ° F) 1 ° range: ± 0.8 ° C ± 0.1% rdg ± 1.5 ° F ± 0.1% rdg 0.1 ° range: ± 0.25 ° C ± 0.1% rdg ± .45 ° F ± 0.1% rdg Stability with time: 90 days: add ± 0.05% rdg. 1 year: add ± 0.1% rdg. Stability with temperature: Thermocouple: zero: ± 0.03 ° C/ ° ...

  • Omega Vehicle Security 450 - page 9

    6 450 Range Table Type K Type J Type E Type T 1 0.1 1 0.1 1 0.1 -189 C to +1372 C -308 F to +2501 F -139.8 C to +203.7 C -219.7 F to +398.7 F -194 C to +1200 C -318 F to +2192 F -117.4 C to +203.5 C -179.4 F to +398.7 F -212 C to +1000 C -351 F to +1832 F -137.2 C to +203.5 C -215.0 F to +398.4 F -217 C to +400 C -360 F to +752 F -148.2 C to +203.9 ...

  • Omega Vehicle Security 450 - page 10

    7 Section 2 Operation 2.1 Principles of Operation The temperature indicator uses two ICs to digitize and display the analog input signal. One IC performs the conversion of the analog input to the digital equivalent via 24 bit delta- sigma analog to digital converter. Battery voltage is also monitored by this IC and a thermistor supplies the referen ...

  • Omega Vehicle Security 450 - page 11

    8 2.2 Power When battery voltage reaches about 6 volts, the display will exhibit a flashing: “LOW BAT” indication. A minimum of 20 hours of operation time remains upon initial appearance of the “LOW BAT” indication. When the battery voltage drops below 5 volts, an overload indications of three columns of dashes will appear on the display in ...

  • Omega Vehicle Security 450 - page 12

    9 the recesses or each corner of the case bottom. Step 2: Carefully pull the case halves straight apart so as not to damage the internal connectors. Step 3. Install the new battery. Close the case and reinstall the four screws. ...

  • Omega Vehicle Security 450 - page 13

    10 2.3 Operation Step 1: Insert temperature sensor plug into the indicator input jack. Failure to insert a probe results in a overload condition of three columns of dashes showing on the display. Step 2: Turn the indicator ON by pressing the ° F or ° C key. The display can be switched to read the temperature in degrees Celsius or Fahrenheit witho ...

  • Omega Vehicle Security 450 - page 14

    11 Step 5: Observe and or record the temperature value. Step 6: Turn instrument off by pressing the OFF key. ...

  • Omega Vehicle Security 450 - page 15

    12 450 SERIES OFF HOLD ON F . ON C . 1 0.1 F C F/C Indication Display Value Probe Input Jack Low Battery Voltage Indication To Hold Display Press and hold key to retain last reading on the display. Press this key to turn OFF Range Selector Press C or F keys to turn ON and/or temperature scale Operation Features ...

  • Omega Vehicle Security 450 - page 16

    13 2.4 Maintenance Normal maintenance of the indicator consists of occasional cleaning with a soft, damp cloth, replacement of the battery as required, and calibration as outlined in Section 3. ...

  • Omega Vehicle Security 450 - page 17

    14 Section 3 Calibration 3.1 Calibration Units with serial numbers beginning with the letter N use the calibration procedure outlined below. Older units do not display version numbers and use the calibration procedures on page 19 . The calibration procedure should be performed by a qualified instrumentation service technician. The indicator may be ...

  • Omega Vehicle Security 450 - page 18

    15 with a minimum accuracy of ±0.1 degree Fahrenheit or ±0.2 degree Centigrade. Step 1. Ensure the unit is turned off. Connect the output of the thermocouple simulator to the input of the indicator using the appropriate thermocouple wire. Set the simulator output to 0 ° C Step 2. Locate the calibration switch on the back of the case labeled “Z ...

  • Omega Vehicle Security 450 - page 19

    16 NOTE: If you want to cancel the calibration mode press OFF button in front of the unit. For T/C type K set simulator @ 1320 ° C J set simulator @ 960 ° C T set simulator @ 350 ° C E set simulator @ 950 ° C Press the switch one more time and wait for a few seconds until display switches to 0.0 set simulator to 0 ° C. Press switch one more ti ...

  • Omega Vehicle Security 450 - page 20

    17 calibration procedure, set simulator at .2 ° C instead of 0 ° C. Repeat the calibration procedure again. Step 6. Verify calibration once finished. ...

  • Omega Vehicle Security 450 - page 21

    18 10 2 5 1 6 3 8 9 4 7 GND Ref J +IN -1.23V +3.7V Ra Rc Rb Ra - Full Scale Adj. Rb Zero Adj. Rc +Full Scale Adj. ...

  • Omega Vehicle Security 450 - page 22

    19 Calibration- Thermocouple Type K, J and T and E Equipment List • 4 ½ digit voltmeter • Voltage Calibrator: Resolution, 1uV; accuracy ± 0.01% ( ± 2uV) • Ice Bath, 0.00 ° C ± 0.05 ° C • Jumper lead terminated in mini-clips For optimum results, the calibration should be performed with an ambient temperature from 20 ° 24 ° C (68 ° t ...

  • Omega Vehicle Security 450 - page 23

    20 c. Remove the bottom case of the indicator. d. Adjust the voltage calibrator for an output of 0.000mV and connect the minus lead from the calibrator to “GND” and the positive lead from the calibrator to “;+IN”, on the indicator printed circuit board. e. Disable the reference junction by jumpering together the “REF J” and “GND” te ...

  • Omega Vehicle Security 450 - page 24

    21 polrity). j. The voltage measured at the “3.7V” test- point should be 3.007 times larger than the voltage measured at the “-1.23V” test- point. Adjust Rc (which varies the +3.7V line to attain the proper ratio. k. Switch the indicator to the 1 ° range. l. Adjust the voltage calibrator for an output of +53.782mV for type K; +57.942mV for ...

  • Omega Vehicle Security 450 - page 25

    22 Calibration- Thermistor Type Equipment List • 4 ½ digit voltmeter • Precision decade box: Resolution, 0.01 ohm ; accuracy ± 0.02% • Ice Bath, 0.00 ° C ± 0.05 ° C • Electro Scientific Industries DB-62 or equivalent a. Turn the indicator ON by pressing the ° C key. b. Remove the bottom case of the indicator. c. Connect a precision re ...

  • Omega Vehicle Security 450 - page 26

    23 at the “-1.23V” testpoint: disregarding polarity indication, record the voltage. f. Move the DVM HI lead to the “3.7V” testpoint and record the voltage (disregard polarity). g. The voltage m easured at the “3.7V” test- point should be 3.007 times larger than the voltage measured at the “-1.23V” test- point. Adjust Rc (which varie ...

  • Omega Vehicle Security 450 - page 27

    24 Calibration- Platinum RTD Equipment List • 4 ½ digit voltmeter • Precision decade box: • Resolution, 0.01 ohm ; accuracy ± 0.02% • Ice Bath, 0.00 ° C ± 0.05 ° C • Electro Scientific Industries DB-62 or equivalent a. Turn the indicator ON by pressing the ° C key. b. Remove the bottom case of the indicator. c. Connect a precision r ...

  • Omega Vehicle Security 450 - page 28

    25 e. Move the DVM HI lead to the “3.7V” testpoint and record the voltage (disregard polrity). f. The voltage measured at the “3.7V” test- point should be 3.007 times larger than the voltage measured at the “-1.23V” test- point. Adjust Rc (which varies the +3.7V line to attain the proper ratio. g. Adjust Rb for an indicator display of 3 ...

  • Omega Vehicle Security 450 - page 29

    26 Zero Calibration a. Turn the indicator on by pressing the ° C key. b. Set the indicator to the 0.1 ° range. c. Connect the ice bath probe to the indicator Input jack. d. Place the probe in a stable ice bath (0.00C ± 0.05 ° C and adjust the ZERO pot (Rb) located beneath the plug on the rear case for an indicator display of 0.0 ° C. e. Replac ...

  • Omega Vehicle Security 450 - page 30

    WARRANTY / DISCLAIMER OMEGA ENGINEERING, INC. warrants this unit to be free of defects in materials and workmanship for a period of 13 months from date of purchase. OMEGA ’ s Warranty adds an additional one (1) month grace period to the normal one (1) year product warranty to cover handling and shipping time. This ensures that OMEGA ’ s custome ...

  • Omega Vehicle Security 450 - page 31

    TEMPERA TURE   Thermocouple, RTD & Thermistor Probes, Connectors, Panels & Assemblies   W ire: Thermocouple, RTD & Thermistor   Calibrators & Ice Point References   Recorders, Controllers & Pr ocess Monitors   Infrared Pyrometers PRESSURE, STRAIN AND FORCE   T ransducers & Strain Gages  ...

Fabricant Omega Vehicle Security Catégorie Thermometer

Les documents que nous recevons du fabricant de l'appareilOmega Vehicle Security 450 peuvent être divisés en plusieurs groupes. Ceux-ci sont, entre autres:
- dessins techniques Omega Vehicle Security
- manuels d’utilisations 450
- fiches produit Omega Vehicle Security
- dépliants
- ou étiquettes-énergie Omega Vehicle Security 450
Tous sont importants, mais les informations les plus importantes du point de vue de l'utilisation de l'appareil se trouvent dans le manuel d’utilisation Omega Vehicle Security 450.

Un groupe de documents appelé manuels d’utilisation est également divisé en types plus spécifiques, tels que: Manuels d’installation Omega Vehicle Security 450, manuels d’entretien, brefs manuels ou manuels de l’utilisateur Omega Vehicle Security 450. Selon vos besoins, vous devriez chercher le document dont vous avez besoin. Sur notre site, vous pouvez voir le manuel le plus populaire d’utilisation du produit Omega Vehicle Security 450.

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Manuel d’utilisation complet de l’appareil Omega Vehicle Security 450, quelle devrait-elle être?
Le manuel d’utilisation, également appelé le mode d’emploi, ou tout simplement le manuel, est un document technique destiné à aider à utiliser Omega Vehicle Security 450 par les utilisateurs. Des manuels sont généralement écrits par un rédacteur technique, mais dans un langage accessible à tous les utilisateurs Omega Vehicle Security 450.

Le manuel d’utilisation complet Omega Vehicle Security, devrait inclure plusieurs éléments de base. Certains d'entre eux sont moins importants, tels que: la couverture / page de titre ou pages d'auteur. Cependant, la partie restante, devrait nous fournir des informations importantes du point de vue de l'utilisateur.

1. Introduction et des conseils sur la façon d'utiliser le manuel Omega Vehicle Security 450 - Au début de chaque manuel, nous devrions trouver des indices sur la façon d'utiliser le document. Il doit contenir des informations sur l'emplacement de la table des matières Omega Vehicle Security 450, FAQ ou des problèmes les plus fréquents - les points qui sont les plus souvent recherchés par les utilisateurs de chaque manuel
2. Table des matières - index de tous les conseils pour lOmega Vehicle Security 450 qui peuvent être trouvés dans le document courant
3. Conseils sur la façon d'utiliser les fonctions de base de l’appareil Omega Vehicle Security 450 - qui devraient nous aider dans les premières étapes lors de l'utilisation Omega Vehicle Security 450
4. Troubleshooting - séquence systématique des activités qui nous aideront à diagnostiquer et ensuite résoudre les principaux problèmes de Omega Vehicle Security 450
5. FAQ - questions fréquemment posées
6. Détails du contact Informations sur l'endroit où chercher le contact avec le fabricant / service Omega Vehicle Security 450 dans un pays donné, si le problème ne peut être résolu par nous-mêmes.

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