3554

3554 ASM-SENSOR | Alldatasheet

Document overview

• Manufacturer or author: Provided By ALLDATASHEET.COM(FREE DATASHEET DOWNLOAD SITE)
• PDF pages: 4

Technical content

Field Measuring Instruments Auto-hold and Auto-data storage Enhanced resistance against noise Store up to 4800 sets of data PC Interface User-exchangeable probe tip The New Standard for Assessing Deterioration of Lead-acid Batteries Repeated recharging of a secondary battery can lead to battery deterioration and increase its internal resistance. Problems can intensify when there is a short-circuit in the internal cell leading to voltage drop, overheating and complete battery malfunction. Worst of all, these problems can cause life-threatening fires and other accidents. Get a Complete Diagnosis of UPS Batteries with a Single Device Auto-hold and Auto-data storage Auto-hold and Auto-data storage Auto-hold and Auto-data storage Auto-hold and Auto-data storage Enhanced resistance against noise Enhanced resistance against noise Enhanced resistance against noise Enhanced resistance against noise Enhanced resistance against noise Enhanced resistance against noise Enhanced resistance against noise Enhanced resistance against noise Store up to 4800 sets of data Store up to 4800 sets of data Store up to 4800 sets of data Store up to 4800 sets of data Store up to 4800 sets of data Store up to 4800 sets of data Store up to 4800 sets of data Store up to 4800 sets of data Store up to 4800 sets of data Store up to 4800 sets of data PC Interface PC Interface PC Interface User-exchangeable probe tip User-exchangeable probe tip User-exchangeable probe tip User-exchangeable probe tip WIDE 60V RANGE Ideal for UPS Backup Batteries

Download: ✓ Data Memory Number ✓ Range ✓ Resistance value ✓ Resistance limits ✓ Voltage value ✓ Voltage limit ✓ Temperature ✓ Judgement ✓ Date & time Quickly Download Data to a PC via USB Interface - Effortlessly Manage Using Bundled Software AUTO HOLD & AUTO MEMO Automatically save data as soon as reading is stabilized AUTO HOLD Check stabilized measurement value before saving with the Remote Control Switch 9466 TEST & SAVE Toggle between 4 different ways to save data AUTO MEMO Instantaneously save measurement data with one touch using the R e m o t e C o n t r o l Switch 9466 saddled to the test lead Press the HOLD then MEMO keys whenever you need to save data Save up to 4800 Sets of Battery Data The hassle-free measurement process is extended to data management and processing using the bundled data management software. All 4800 sets of data can be uploaded to the PC quickly and effortlessly via a USB cable, and displayed neatly in table format. Edit comparator tables and send them back to the 3554. Pencil and Paper Not Required Automatically clear data from the 3554 USB Edit and Send Comparator Settings Download Data to a Spreadsheet Store and edit up to 200 sets of comparator settings HANDS FREE Data Capture Allows You to Focus on the Testing Fully Automatic Data Capture

• 1.7m between connector and junction
• 25cm between junction and probe tip Clip Type Lead with Temperature Sensor 9460 Maximum jaw diameter: φ15mm When measuring certain batteries such as lead- acid cells, the resulting measurement value may differ depending on the test leads used to conduct the measurement. This difference is due to the shape of the probe tip as well as the dimensions of the 4-terminal test leads used for measurement. However, despite a difference in value given by different test leads, it is safe to assume that each specific value reflects the correct value obtainable by the respective test leads. Based on this principle, when diagnosing battery deterioration in a time series, it is particularly important to use test leads having the same tip shape 9465-10 (Pin to Sheath: 0.65mm ) 9772 (Pin to Pin: 2.5mm) Battery Equivalent electric potential curve V(Detected Voltage): A>B A B Battery Electric potential slope The Advantages of 4-Terminal Measurement The Quality of Your Test Lead CAN Make a Difference Tough Against Noise Plus Wide 60V Range Trying to measure UPS backup batteries while they are still being used naturally brings about noise com- ing from the battery's inverter or rectifying circuit. The enhanced measurement current in the 3554 plus fortified circuit design, added with the Averaging Function to handle batteries that have fluctuating measurement values no matter how steady you hold the probe makes the battery tester extra resistant against the adverse effects of noise. ✓ Common battery cells: 0 to 12V DC ✓ Fork lifts and electric vehicles: 48V DC Three-rank rating of battery state: Pass, Warning or Fail Assessment is based on a 6-way combination of comparisons against upper and lower resistance limits and a voltage threshold. Immediately see the judgement result on the bright LCD and beep on your choice of PASS or WARNING/FAIL. Low In Range High High Pass Warning Fail Low Warning Warning Fail Resistance VOLTAGE Voltage threshold value First resistance limit Second resistance limit Save time and money with an uninterrupted workfl ow Zero Adjustment Board 9454 (standard accessory)
• 1.6m between connector and junction
• 25cm between junction and probe tip Pin Type Lead 9772 Optional Accessory Dual Pins/ Dual Axes• 1.6m between connector and junction
• 25cm between junction and probe tip Pin Type Lead 9465-10 (standard accessory) Standard Accessory Strengthened Test Pin Large Clip Type Leads 9467
• 85cm between connector and junction
• 25cm between junction and probe tip
• Maximum jaw diameter: φ29mmφ29 mm
• 2m between connector and junction Remote Control Switch 9466 + +- - and dimensions in order to maintain measurement consistency. The difference in the measurement values obtained by different test leads is a physical phenomenon caused by the difference in distance between the SOURCE and SENSE pins of the test leads. This is more significant when the battery terminal contains a resistance higher than the internal resistance of the battery under test. The figure on the right demonstrates how even minute physical differences between the SOURCE and SENSE pins for two types of test leads can affect the detected voltage level of the battery. 4.3 9.15 2.5 φ1.8 13.51φ2.7 φ1.27 φ2.9 Diagonal probing is no longer a problem.

10 Hours of

Wide Selection of Tough and Versatile Test Probes The standard Pin Type Leads 9465-10 with the single test pin on each lead has been fortified to withstand even the toughest use, while a new dual-axis mechanism incorporated in the new Pin Type Lead 9772 allows the TWO pins in each test lead to move independently. Just in case of breakage, the pins on both the 9465-10 and the 9772 can be replaced easily on site. 60VDC maximum between terminals

To Our Valued Customers: The thresholds for determining the pass/fail condition of a battery depends on the specifications and standards of the battery manufacturer, battery type, capacity, etc. It is important and necessary to always conduct battery testing against the internal resistance and terminal voltage of a new or reference battery . In some cases, it may be difficult to determine the deterioration state of sealed lead acid batt eries which demonstrates smaller changes in internal resistance than t raditional open type (li quid) lead-acid or alkaline batteries. Clip-type Lead with Temperature Sensor 9460 Pin-type Lead 9772 Remote Control Switch 9466 Large Clip Type Lead 9467 (no CE mark) Tip Pin 9465-90 (to replace the tip on Model 9465-10) Tip Pin 9772-90 (to replace the tip on Model 9772) ■ Options Pin-type Lead 9465-10 Zero Adjustment Board 9454 Bundled with the standard 3554 Basic Specifications Measurement items : Resistance (AC four-terminal method), voltage, temperature (platinum temperature sensor, only when using 9460 leads) Display LCD All Segments Displayed : LCD Sampling rate : Once per second Averaging Function : OFF, 4, 8, or 16 times Input overflow : [OF] is displayed Constant current fault detection : [----] is displayed Open-circuit terminal voltage : 5 VMax Auto power off : Auto power off after 10 minutes unless during data transmission Comparator Settings : First and second resistance limits, and lower voltage limit Number of Comparator Settings : 200 Sets Comparator Output : LCD display of PASS, WARNING, or FAIL. Select beeper to sound on PASS/WARNING or FAIL. Operating temperature and humidity : 0 to 40°C (32°F to 104°F), 80% rh or less (no condensation) Absolute maximum input voltage : 60V DC, No AC input allowed Withstand voltage : Between input terminals and output terminals ( including EXT. HOLD/MEMO, and USB terminals): 1.5 kV AC rms for 15 seconds Maximum rated power consumption : 2 VA Continuous operating time : Approx. 10 hours (When using alkaline batteries; may vary depending on conditions of use) Power supply : AA (LR6) Alkaline Batteries x 8 Dimensions and mass : Approx.192W x 121H x 55D mm, 790 g (including batteries) Accessories : PIN TYPE LEAD 9465-10 x 1, USB cable x 1, Application Software CD x 1, Strap x 1, Carrying case x 1, Zero adjustment board x 1, LR6 alkaline batteries x 8, Fuse x 1 Functions HOLD : (1) Pressing the HOLD key (2) Inputting signals to the EXT.HOLD/MEMO terminal (3) Stabilizing measured values (when the auto-hold feature is on) Data Storage : While the measured values are being held, pressing MEMO key will save them to internal memory. When the auto-memory feature is on, measured values will be saved to the instrument's internal memory when held. Saved items: Date, time, resistance value, voltage value, temperature, comparator setting values, and comparator judgement. Maximum storable data: 4800 sets. Memory structure: 400 data sets per unit (12 units) Reading data : Read stored data on instrument or with PC application PC Interface : USB PC Software Application : Windows compatible, using USB interface PC to 3554: transfer comparator tables edited on Excel, delete data from 3554, initialize the 3554, make clock settings. 3554 to PC: transfer data stored in memory (save files on PC in CSV format)Measurement Accuracy (Guaranteed Accuracy Period: 1 Year) Guaranteed Accuracy Conditions : 23°C± 5 °C (73 °F± 9 °F), non-condensating, after zero- adjustment, warm-up time not required Resistance Measurement Temperature coefficient : ±0.01 %rdg. ±0.8 dgt./ °C Measurement current frequency : 1 kHz±30 Hz Measurement current reliability : ±10 % Range Max. display Resolution Measurement Current Accuracy 3 mΩ 3.100 mΩ 1µΩ 150 mA ±1.0 %rdg.±8 dgt. 30 mΩ 31.00mΩ 10µΩ 150 mA ±0.8 %rdg. ±6 dgt.300 mΩ 310.0 mΩ 100µΩ 15 mA 3 Ω 3.100 Ω 1 mΩ 1.5 mA Voltage Measurement Temperature coefficient : ±0.005 %rdg. ±0.5 dgt./ °C Range Max. display Resolution Accuracy Temperature Measurement Measurement Range Resolution Accuracy ■ Specifications HEAD OFFICE :

81 Koizumi, Ueda, Nagano, 386-1192, Japan

TEL +81-268-28-0562 / FAX +81-268-28-0568 E-mail: os-com@hioki.co.jp HIOKI USA CORPORATION :

6 Corporate Drive, Cranbury, NJ 08512 USA

TEL +1-609-409-9109 / FAX +1-609-409-9108 E-mail: hioki@hiokiusa.com DISTRIBUTED BY All information correct as of May. 31, 2007. All specifications are subject to change without notice. 3554E4-75E-03P Printed in Japan HIOKI (Shanghai) Sales & Trading Co., Ltd. :

1904 Shanghai Times Square Office, 93 Huai Hai Zhong

Road, Shanghai, P.R.China POSTCODE: 200021 TEL +86-21-6391-0090/0092 FAX +86-21-6391-0360 E-mail: info-sh@hioki.cn Guangzhou Rep. Office : Room 303, Profit Plaza,No.76, West Huangpu Road, Guangzhou, P.R.China POSTCODE: 510623 TEL +86-20-38392673/2676 FAX +86-20-38392679 E-mail: info-gz@hioki.cn Beijing Rep. Office : A-2602 Freetown, 58 Dong San Huan Nan Road, Beijing, P.R.China POSTCODE: 100022 TEL +86-10-5867-4080/4081 FAX +86-10-5867-4090 E-mail: info-bj@hioki.cn The standard 3554 Package comes bundled with one Pin type Lead 9465-10, one USB Cable, data management PC software, tough carrying case, zero-adjustment board, eight AA batteries, and one spare fuse.