3239

3239 ASM-SENSOR | Alldatasheet

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The DIGITAL HiTESTERs 3237, 3238, and 3239 can perform 3.3 ms high-speed sampling, and come equipped with a comparator, external input and output, and an RS-232C interface. These three high- performance DMMs can be used not only in laboratories, but in production lines that require the minimal tact time. The 3237 is the basic model, and is equipped with the basic necessary functions. The 3238 is a high- precision, broadband model that also features current measurement terminals and a frequency measurement function. The 3239 includes the functions of the 3238 plus the 4-terminal resistance measurement function. All three units are designed with emphasis on measurement speed and safety. High-speed DMM Outstanding performance for production lines with a sampling rate of 3.3 ms 3239 (4-terminal Ω function) 3238 (Advanced model) 3237 (Economically priced) DIGITAL HiTESTER Field measuring instruments

✓ Includes frequency measurement for AC and DC A The basic and economical The high-accuracy & multi-functional ■ Low power resistance measurement function prevents sample deterioration The 3237, 3238 and 3239 use a low power Ω function to minimize sample degradation when measuring resistance. With this function, open terminal voltage never goes over 0.45 V DC, and measurement current never surpasses 100 µA DC. For specifications, see pages 5 and 6. ■ Samples at rates of up to 300 samples/sec. (3.3 ms/sample) ■ Comparator function provides high-speed pass/fail evaluation ■ Equipped with external input and output for sequence control ■ Usefull Save/Load function helps work go faster The 3237, 3238 and 3239 are equipped with a variety of functions that help minimize tact time in production lines. For details, see page 2. ■ Select from 3 types of units ■ True RMS value measurement Both the 3237 and 3238 use true RMS measurement for determination of distorted waveforms. In fact, HIOKI guarantees accuracy of the 3238 and 3239 for AC voltage of 10 Hz to 300 kHz, and AC current of 10 Hz to 30 kHz. For specifications, see pages 5 and 6. ■ Interface supports full remote operation Measurement can be automated by using a controller to operate the 3237 or 3238 through the GP-IB or RS-232C interface. For details, see page 3. Sampling speed Values in the ( ) show samples/second. Frequency FAST* MEDIUM SLOW 50 Hz 3.3 ±1 ms (300) 130 ±5 ms (8) 1,040 ±50 ms (1) 60 Hz 3.3 ±1 ms (300) 108 ±5 ms (9) 1,080 ±50 ms (1) * Approximately 55 ms required for self-calibration at 30-minute intervals. Does not apply at resistances higher than 2MΩ, or LPΩ higher than 200kΩ (see page 5). For the 3238 and 3239's frequency function gate time, see page 5. ■ Features High-speed Performance and Reliability 3.3 ms/sample 32383237 ✓ DC V basic accuracy: ±0.01% rdg.±2dgt. ✓ All the functions of the 3238, plus 4-terminal Ω measurement For 4-terminal resistance measurement 3239 ■ Reliable resistance measurement using the 4-terminal measurement method Using 4-terminal resistance measurement, which is unaffected by variables such as measurement lead wiring resistance, the 3239 displays outstanding resistance measurement capabilities. For DIGITAL HiTESTER specifications, see pages 5 and 6 For clamp specifications, see page 4 DC voltage [5 ranges, 199.999 mV to 1000.00 V] ✓ ✓ ✓ AC voltage [4 ranges, 1999.99 mV to 700.00 V] ✓ ✓ ✓ Resistance [7 ranges, 199.999 Ω to 100.000 MΩ] ✓ ✓ ✓ Resistance LP [4 ranges, 1999.99 Ω to 1999.99 MΩ] ✓ ✓ ✓ Continuity check [A buzzer sounds when resistance is less than 50.00 Ω] ✓ ✓ ✓ Diode check [Anode-cathode voltage in the 1999.99 mV range] ✓ ✓ ✓ Current measurement by clamp sensor ✓ ✓ ✓ AC/DC current [2 ranges, 199.999 mA and 1999.99 mA] ✓ ✓ Frequency [5 ranges, 99.9999 Hz to 300.000 kHz] ✓ ✓ Resistance [5 ranges,199.999 Ω to 1999.99 kΩ] ✓ Resistance LP [4 ranges,1999.99 Ω to 1999.99 MΩ] ✓ 2-terminal 2-terminal 4-terminal 4-terminal 3237 32393238

High-speed comparator and external input/output ■ Save/Load function for rapid response to various work situations You can save and recall a maximum of 30 DMM setting conditions for various range and comparator values. ■ A trigger delay designed for measurement safety The 3237, 3238 and 3239 are equipped with a trigger delay function that can be set to manual or automatic for the time period between trigger input and the display of the comparator result (see T2 in the figure above). With free running measurement Minimizing tact time ■ EXT.I/O Loading of saved settings from panel……LOAD 0 to 4 Measurement start trigger input…………TRIG Measurement end signal output…………EOC Comparator output Internal power supply +5 V (max. 50 mA)……INT. DC V Input type: CMOS level Signal voltage: Hi 3.8 V to 5.0 V , Lo 0 V (shorted) to 1.2 V Logic: Negative logic (Low active) Output type: Open collector Applied voltage: Max. 35 V DC, 50 mA Logic: Negative logic (Low active) Connector used: 57RE-40360-730B (D29) (DDK Ltd.) Conforming connector: ADS-HC360001-010 (Honda Tsushin Kogyo Co., Ltd.), RC30-36P (Hirose Electric Co., Ltd.) and other suitable connectors Manual settings: Designate periods in terms of millisecond intervals between 0.000 s and 9.999 s Automatic settings: FAST MEDIUM SLOW DC V 3 ms 3 ms 3 ms AC V 500 ms 800 ms 1.5 s Ω (200Ω to 200 kΩ) 3 ms 3 ms 3 ms X: measurement value, H: Upper limit, L: Lower limit MIN. TYP . MAX. T1 Measurement trigger pulse width500 µs … … T2 Trigger delay time See below Sampling time using external control FAST MEDIUM SLOW T4 Internal operation time … 2.0 ms … 500 µs … … EOC Lo level time for free running measurement FAST … 1.7 ms … MEDIUM … 50 ms … SLOW … 500 ms … T5 From the end of measurement until the next trigger Sampling time for free running measurement FAST MEDIUM SLOW See the table at the top right of page 1. with sequence control

• Comparator with external output You can set the upper and lower limits, and display one of 3 results: Hi, IN or Lo. In addition to LED and buzzer results, open collector output results are provided through the external input/output terminals. See the table at the top right of page 1. W i t h e x t e r n a l c o n t r o l

■ RS-232C (standard) Purpose: Remote control and measurement value output Transmission system : Asynchronous method Full duplex Transmission speed : 9600 bps (fixed) Data bit length : 8 bits Stop bits : 1 Parity bits : None Delimiter : CR+LF Handshaking : Hardware XON/XOFF : Not used Connector : 9-pin D-sub connector Please inquire regarding compatibility with the command sets of other manufacturers. ■ Output data to a printer (option) When an RS-232C compatible PRINTER 9442 is connected, you can print measurements by pressing the key if in manual trigger mode, or the key if in internal trigger (free run) mode. Line Inspection Available interfaces Automation of Purpose: Remote control and measurement value output Standards conformance : IEEE -488.1 1987 Reference standard : IEEE –488.2 1987 Transmission speed (reference data) Interface function: SH1, AH1, T6, L4, SR1, RL1, PP0, DC1, DT1, CO User code : ASCII code User connector : 24-pin IEEE488 interface bus connector FAST Transmission speed 7.0 ms SLOWMEDIUM 1,080 ms108 msPower line frequency: 60Hz TRIG: EXT.Trig Command: [:READ ?] Controller: PC-9801 RA (NEC) OS: MS-DOS Ver. 3.30, N88-BASIC Ver. 6.0 All functions except switching the power on and off can be completely remote controlled and measurement data collected via either the GP-IB or RS-232C interface JudgmentItem No. Measurement function Measurement value : Thermal serial dot matrix : 112 mm : 52.5cps : AC ADAPTER 9443 or supplied nickel-hydride battery (capable of printing about 3000 lines on full charge from 9443) : Approx. 160W ✕ 66.5H ✕ 170D mm; approx. 580 g Printing method Paper width Printing speed Power supply Dimensions and mass CONNECTOR CABLE 9444 Cord length approx 1.5m PRINTER 9442 When you purchase a PRINTER 9442, you must also purchase a CONNECTION CABLE 9444 and a AC ADAPTER 9443 to connect it to the DMM. ■ Equipped with a foot switch for printer control As an alternative to pressing th e key or the key, you can also connect a foot switch to the external I/O TRIG terminal. You can then initiate printing by stepping on the foot switch (closing the circuit). 9443-02 (For the EU) 9443-01 (For Japan) 9443-03 (For the America) Please specify appropriate model number suffix when ordering. AC ADAPTER 9443 ■ GP-IB (option –01 specifications)

■ Easy setup Both the 3237, 3238 and 3239 can measure live line currents using an optional clamp sensor. Enter the name of the clamp sensor being used and display current values simply by selecting a range. ■ Supports large AC current measurement by clamp sensor Evaluation Testing Efficient Example of data processing with Microsoft Excel ■ Highly accurate measurement with minimal drift The unit uses self-regulation to suppress drift. Also, the DMM is ideal for collecting data over extended periods of time. ■ Using Excel for efficient data processing The DMM supports fast data processing by allowing you to transfer data directly to a worksheet through either the GP-IB or RS-232C interface. Consult your nearest HIOKI dealer for details on software Clamp sensor settings screen * The accuracy of the clamp sensors shown on the left (when used with the DMM) is calculated by taking: the difference in the AC V accuracy for the DMM (dgt.) ✕ 10 (dgt.). For the AC V accuracy of the DMM, see page 6. From the menu's clamp sensor selection screen, select the name of the sensor with the cursor key and press the key. Then, select the same range as you set for the sensor with the cursor key. Select 9010 Select the 20 A range. PC measurement using the high accuracy and broad coverage of the 3238 and 3239 Time Current Integration Time History Graph of Current Integration Time Discharge Characteristics Battery In addition to the sensors described above, you can also connect the 3283, 3284, 3285 (requires the 9094) Clamp On HiTesters, and the 9277, 9278, 9279 (requires the 9555) DC Sensors.

Range Resolution Full scale Current 200 Ω 1 mΩ 199.999 Ω Appox. 1 mA 2000 Ω 10 mΩ 1999.99 Ω Appox. 1 mA 20 kΩ 100 mΩ 19.9999kΩ Appox. 100µA 200 kΩ 1 Ω 199.999kΩ Appox. 10µA 2000 kΩ 10 Ω 1999.99kΩ Appox. 1 µA 20 MΩ 100 Ω 19.9999MΩ Appox. 100nA

• Resistance (Ω) 2-terminal measurement 100 MΩ 1 kΩ 100.000MΩ Appox. 20nA Open terminal voltage 6V DC max. 6V DC max. 6V DC max. 6V DC max. 6V DC max. 6V DC max. 6V DC max. Overload protection Range Resolution Full scale Current 2000 Ω 10 mΩ 1999.99 Ω Appox. 100µA Open terminal voltage 0.45V DC max. Overload protection

500 Vpeak

• Continuity check A built-in buzzer sounds when the resistance value is less than 50.00 Ω. Range Resolution Full scale Current 2000 mV 10 µV 1999.99mV Appox. 1 mA Open terminal voltage 6V DC max. Overload protection
• Diode check ■ 3238, 3239 specifications (Accuracy at 23˚C±5˚C (73˚F±9˚F), 80% rh or less) FrequencyRange

10 Hz to 20 Hz

±0.12%±20d Sampling ±600ppm±20d SLOW MEDIUM FAST ±400ppm±10d ±1.0%±200d undefined undefined ±400ppm±10d ±0.4%±200d undefined undefined ±600ppm±20d All ±0.3%±100d ±0.5%±200d undefined

20 Hz to 45 Hz

45 Hz to 300 Hz

300 Hz to 1 kHz

undefined±1.0%±300d ±1.0%±300d ±1.0%±400d10 kHz to 30 kHz Sampling SLOW MEDIUM FAST ±1.2%±200d undefined undefined ±0.6%±200d undefined undefined ±0.4%±100d ±0.6%±200d undefined undefined undefined undefined ±0.1 %±20d ±400ppm±20d ±300ppm±10d ±300ppm±10d ±300ppm±10d ±500ppm±30d ±0.1 %±30d Thermal coefficient

• AC current (AC A) 200mA range Accuracy %, ppm=reading error, d=digit error ● AC current (AC A) 2000mA range Accuracy Specified input is 16 mA or higher Specified input is 160 mA or higher Additional error due to crest factor: 1<CF<2: ±200d, 2<CF<3: ±500d, 3<CF: Outside the assured accuracy range
• DC voltage (DC V) Range Resolution Input impedance Overload protection 200 mV 1 µV Greater than 100MΩ 2000 mV 10 µV Greater than 100MΩ 20 V 100 µV Appox. 11 MΩ 200 V 1 mV Appox. 10 MΩ 1000 V 10 mV Appox. 10 MΩ Full scale 199.999mV 1999.99mV 19.9999 V 199.999 V 1000.00 V

1000 V DC

750 V AC

However, less than

107 V Hz

Range Resolution Input impedance Overload protection 2000 mV 10 µV Appox. 1 MΩ 20 V 100 µV Appox. 1 MΩ 200 V 1 mV Appox. 1 MΩ 700 V 10 mV Appox. 1 MΩ Full scale 1999.99mV 19.9999 V 199.999 V 750.00 V

• AC voltage (AC V)

600 V DC

750 V rms, 1000Vpeak

However, less than Range Resolution Full scale Current 2000 Ω 10 mΩ 1999.99 Ω Appox. 100µA 20 kΩ 100 mΩ 19.9999kΩ Appox. 10µA 200 kΩ 1 Ω 199.999kΩ Appox. 1 µA 2000 kΩ 10 Ω 1999.99kΩ Appox. 100nA Open terminal voltage 0.45V DC max. 0.45V DC max. 0.45V DC max. 0.45V DC max. Overload protection

• Resistance (Ω) at Low Power function 2-terminal measurement 500Vpeak 500Vpeak Range Resolution Internal resistance Overload protection 200 mA 1 µA Appox. 1 Ω 2000 mA 10 µA Appox. 100 m Ω Full scale 199.999mA 1999.99mA
• AC/DC current (A) 250V , 2A fuse Range Sampling SLOW MEDIUM FAST ±100ppm±0.6d ±150ppm±0.6d Thermal coefficient
• DC current (DC A) Accuracy %, ppm=reading error, d=digit error Range For all gate times Square-wave input between 10 Hz to 300 kHz, 10 V p-p. All Ranges ±0.015% ±2d ±5 ppm Thermal coefficient
• Frequency (Hz) Accuracy %, ppm=reading error, d=digit error Range Resolution Internal resistance Overload protection 100 Hz 0.1 mHz Appox. 1M Ω 1 kHz 1 mHz Appox. 1M Ω 10 kHz 10 mHz Appox. 1M Ω 100 kHz 100mHz Appox. 1M Ω 300 kHz 1 Hz Appox. 1M Ω Full scale 99.9999 Hz 999.999 Hz 9.99999kHz 99.9999kHz 999.999kHz
• Frequency (Hz) Source is AC V only and input level is higher than 8% of full scale Min. measurement 10 Hz 10 Hz 10 Hz 10 Hz 10 Hz

750 V rms,

However, less than 107 V Hz For fast sampling in the 20 MΩ range or higher. Frequency FAST* MEDIUM SLOW

50 Hz 20 ±1 ms 170 ±5 ms 1,360 ±50 ms

60 Hz 16.7 ±1 ms 142 ±5 ms 1,420 ±50 ms Frequency FAST*

50 Hz 20 ±1 ms

60 Hz 16.7 ±1 ms For sampling at in the 2 MΩ range or the LPΩ 200 kΩ.range or higher * Approximately 55 ms required for self-calibration at 30-minute intervals. Frequency gate time FAST MEDIUM SLOW 15 ±6 ms 110 ±10 ms 1,010 ±20 ms Measurement time: from gate time to the input signal period ✕ 2 ■ 3239 specifications (Accuracy at 23˚C±5˚C (73˚F±9˚F), 80% rh or less) Range Resolution Full scale Current 2000 Ω 10 mΩ 1999.99 Ω Appox. 100µA 20 kΩ 100 mΩ 19.9999kΩ Appox. 10µA 200 kΩ 1 Ω 199.999kΩ Appox. 1 µA 2000 kΩ 10 Ω 1999.99kΩ Appox. 100nA Open terminal voltage 0.45V DC max. 0.45V DC max. 0.45V DC max. 0.45V DC max. Overload protectionRange Resolution Full scale Current 200 Ω 1 mΩ 199.999 Ω Appox. 1 mA 2000 Ω 10 mΩ 1999.99 Ω Appox. 1 mA 20 kΩ 100 mΩ 19.9999kΩ Appox. 100µA 200 kΩ 1 Ω 199.999kΩ Appox. 10µA 2000 kΩ 10 Ω 1999.99kΩ Appox. 1 µA Open terminal voltage 6V DC max. 6V DC max. 6V DC max. 6V DC max. 6V DC max. Overload protection ■ 3237, 3238, 3239 common specifications (Accuracy at 23˚C±5˚C (73˚F±9˚F), 80% rh or less)

• Resistance (Ω) 4-terminal measurement ● Resistance (Ω) at Low Power function 4-terminal measurement V , Ω terminal 500Vpeak SENSE terminal 400Vpeak V , Ω terminal 500Vpeak SENSE terminal 400Vpeak

±30ppm±0.8d Sampling ±20ppm±0.2d SLOW MEDIUM FAST ±20ppm±0.2d ±20ppm±0.2d ±30ppm±0.2d MEDIUM FAST ±50ppm±0.8d ±50ppm±0.2d ±50ppm±0.2d ±50ppm±0.2d ±50ppm±0.2d Thermal coefficient

• 3237 Resistance (Ω) Accuracy %, ppm=reading error, d=digit error ● 3238, 3239 Resistance (Ω) Accuracy %, ppm=reading error, d=digit error After zero adjustment. When measuring high resistance, use a shielded cable such as the 9236 CONNECTION CORD (1.7m). Measure- ment terminal measurement SamplingRange SLOW Thermal coefficient Sampling ±20ppm±0.6d SLOW MEDIUM FAST ±20ppm±0.6d ±20ppm±0.6d ±200ppm±0.6d MEDIUM FAST ±50ppm±0.6d ±50ppm±0.6d ±50ppm±0.6d ±300ppm±0.6d Thermal coefficient
• 3237 Resistance (Ω) Accuracy at Low Power function ● 3238, 3239 Resistance (Ω) Accuracy at Low Power function SamplingRange FAST only Thermal coefficient Sampling ±20ppm±0.6d FAST only Thermal coefficient
• 3237 Continuity check Accuracy %, ppm=reading error, d=digit error ● 3238, 3239 Continuity check Accuracy %, ppm=reading error, d=digit error SamplingRange SLOW Thermal coefficient Sampling ±10ppm±0.2d SLOW MEDIUM FAST MEDIUM FAST Thermal coefficient
• 3237 Diode check Accuracy %, ppm=reading error, d=digit error ● 3238, 3239 Diode check Accuracy %, ppm=reading error, d=digit error Range Sampling SLOW MEDIUM FAST Thermal coefficient ±12ppm±0.6d ±10ppm±0.2d ±16ppm±0.5d ±16ppm±0.2d ±16ppm±0.2d
• 3237 DC voltage (DC V) Accuracy %, ppm=reading error, d=digit error ● 3238, 3239 DC voltage (DC V) Accuracy %, ppm=reading error, d=digit error Sampling SLOW MEDIUM FAST ±20ppm±0.6d ±15ppm±0.2d ±20ppm±0.5d ±20ppm±0.2d ±20ppm±0.2d Thermal coefficient CMRR (50/60Hz Rl=1kΩ): SLOW 130dB, MEDIUM 90dB, FAST 20dB NMRR (50/60Hz ): SLOW 70dB, MEDIUM 50dB, FAST 0dB Range Thermal coefficient ±800ppm±20d Sampling ±200ppm±20d SLOW MEDIUM FAST ±100ppm±10d ±1.5%±200d undefined undefined ±100ppm±10d ±0.5%±200d undefined undefined ±100ppm±10d ±0.2%±100d ±0.5%±300d undefined Frequency

300 Hz to 3 kHz

±300ppm±40d±1.5%±600d ±1.5%±600d ±1.5%±700d10 kHz to 30 kHz ±300ppm±40dundefined undefined undefined30 kHz to 50 kHz ±0.15%±100dundefined undefined undefined50 kHz to 100kHz ±0.5%±500dundefined undefined undefined100kHz to 300kHz Sampling SLOW MEDIUM FAST ±0.8%±200d undefined undefined ±0.2%±200d undefined undefined ±0.1%±100d ±0.3%±200d undefined ±0.15%±20d ±500ppm±20d ±200ppm±10d ±200ppm±10d ±300ppm±20d ±0.15%±60d undefined undefined undefined Thermal coefficient

• 3237 AC voltage (AC V) Accuracy %, ppm=reading error, d=digit error ● 3238, 3239 AC V Accuracy %, ppm=reading error, d=digit error The accuracy above is standard for inputs higher than 8% of full scale (higher than 160 V for a range of 750 V). All Ranges Additional error due to crest factor: 1<CF<2: ±200d, 2<CF<3: ±0.2%rdg.±500d(3237), ±500d(3238, 3239), 3<CF: Outside the assured accuracy range After zero adjustment. When measuring high resistance, use a shielded cable such as the 9236 CONNECTION CORD (1.7m). Measure- ment terminal measurement SamplingRange SLOW Thermal coefficient Measure- ment Sampling No range SLOW MEDIUM FAST ±20ppm±0.6dterminal measurement ±20ppm±0.6d ±200ppm±0.6d MEDIUM FAST No range No range No range ±30ppm±0.8d ±20ppm±0.2d ±20ppm±0.2d ±30ppm±0.2d Thermal coefficient
• Resistance (Ω) Accuracy %, ppm=reading error, d=digit error ● Resistance (Ω) Accuracy at Low Power function 4-terminal measurement 4-terminal measurement The accuracy quoted above is for a contact resistance of 100 Ω or less.

9444 (For 9442 printer) 9443-01 (For 9442 printer, Japan) 9443-02 (For 9442 printer, EU) 9443-03 (For 9442 printer, America) 1196 (For printer, 10 rolls) CLAMP ON PROBE 9010-50 (10/20/50/100/200/500A AC ) CLAMP ON PROBE 9018-50 (10/20/50/100/200/500A AC, Broadband type) CLAMP ON PROBE 9132 (20/50/100/200/500/1000A AC ) 4-terminal Ω function & Advanced Type DIGITAL HiTESTER 3239 DIGITAL HiTESTER 3239-01 (with GP-IB) Printer Clamp sensors For Clamp sensors specifications, see page 4. ■ 3237, 3238, 3239 General Specifications TEST LEAD 9170-10 (included) cord length 65cm For printer specifications, see page 3. Options RS-232C cable GP-IB cable The specifications of the 3237, 3238 and 3239 are –01 specifications 4-Terminal Ω measurement probe for 3239 9287-10 9461 9453 9452 9287-10 (Approx. 85 cm between connectors, and 8 cm between probes) 9452 (Approx. 80 cm between connectors, and 20 cm between probes) 9453 (Approx. 80 cm between connectors, and 30 cm between probes) 9461 (Approx. 40 cm between connectors, and 25 cm between probes) CLIP-TYPE LEAD CLIP-TYPE LEAD FOUR-TERMINAL LEAD PIN-TYPE LEAD Economical Type DIGITAL HiTESTER 3237 DIGITAL HiTESTER 3237-01 (with GP-IB) Advanced Type DIGITAL HiTESTER 3238 DIGITAL HiTESTER 3238-01 (with GP-IB) PRINTER CONNECTOR CABLE AC ADAPTER AC ADAPTER AC ADAPTER RECORDING PAPER When you purchase a PRINTER 9442 , you must also purchase a 9444 CONNECTOR CABLE and a AC ADAPTER 9443 to connect it to the DMM. RS-232C CABLE 9637 (9pin-9pin, Reverse type/1.8m) RS-232C CABLE 9638 (9pin-25pin, Reverse type/1.8m) GP-IB CABLE 9151-02 (2m) GP-IB CABLE 9151-04 (4m) 9010-50

• AC measurement: True RMS value measurement
• Crest factor: 3.0 max.
• Ancillary functions: Comparator, Average (0 to 99 times), Zero Adjust, Trigger (the display changes when the trigger is activated), and the Save/Load functions. (Up to 30 types of setting conditions)
• Interface: External input/output, RS-232C and GP-IB (option -01 specifications)
• Display: LED max. 199999 (999999 for frequency)
• Sampling rate (see page 1): SLOW approx. 1 samples/s MEDIUM approx. 8 to 9 samples/s FAST approx. 300 samples/s (Does not apply at resistances higher than 2MΩ, or LPΩ higher than 200kΩ) (self-calibration takes place for approximately 55 ms at 30-minute intervals for FAST sampling only.)
• Range selection: Auto and Manual
• Applicable standards: Safety: EN61010-1+A2, EN61010-2-031 Lo terminal: CAT I (500V), CAT II (300V) Hi terminal: CAT I (1000V), CAT II (600V) EMC: EN61326+A1 Class B, EN61000-3-2+A1+A2, EN61000-3-3
• Ambient temperature of use: 0 to 40 ˚C(32˚F to 104˚F) 80%RH (no condensation)
• Storage temperature range: -10 to 50˚C(-14˚F to 122˚F) 70%RH (no condensation)
• Power supply: Select from AC 100 V/120 V/220 V/240 V , (50/60 Hz) specify when ordering
• Maximum rated power: 15 V A
• Dimensions and mass: Approx. 215 W✕80 H✕265 D mm, 2.6kg 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 Sep. 12, 2007. All specifications are subject to change without notice. 3239E4-79M-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 Beijing 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 Guangzhou 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