派诺SPM电度表说明书V
PXMP Power Xpert Multi-Point 电能表用户说明书
For use with PXMP Power Xpert Multi-Point Meter.NOTICEPLEASE REFER TO THE PXMP USER MANUAL MN150001EN FOR COMPLETE PXMP SYSTEM DETAIL.The PXMP-MM Meter Modules are designed to be used with the PXMP-MB Meter Bases plugging into any of the ten module slots. The Meter Module performs the function of monitoring load current sensors and the mains voltages for electrical metering purposes in a PXMP Meter. There are six versions of the PXMP-MM Meter Module that should be matched to PXMP-MB Meter Base depend-ing on the application and –AB suffix.PXMP-MB & PXMP-MMXXXXX - 3-phase (no –AB) PXMP-MB-AB & PXMP-MMXXXXX-AB - Single-phaseThe six Meter Modules are also split by their load current sensor compatibility for 10 mA, 100 mA or 333 mV max secondary yielding the six versions: PXMP-MM10MA 10 mA, 3-phase PXMP-MM100MA 100 mA, 3-phase PXMP-MM333MV 333 mV , 3-phase PXMP-MM10MA – AB10 mA, Single-phasePXMP-MM100MA – AB 100 mA, Single-phasePXMP-MM333MV – AB 333 mV , Single-phasePower Xpert Multi-Point PXMP-MMXXXXX-(AB) Meter ModulesAll of the Meter Modules have a common appearance but can be distinguished by their front label details:• Y ellow AB phase characters for Single-phase • White ABC phase characters for 3-phase• White background for “100 mA Sensor” description • Gray background for “10 mA Sensor” description •Red background for “333 mV Sensor” descriptionA detailed product identification label is on the left side of all Meter Modules, which may be obscured by adjacent modules once assem-bled into the Meter Base. This information can be viewed through the PXMP-MB configuration port.WARNINGBE SURE THAT ALL SYSTEM POWER IS OFF WHEN ASSEMBLING A PXMP METER INCLUDING THE INSTALLATION OF THE PXMP-MM METER MODULE AND ITS SENSOR CABLES.To install a Meter Module into the PXMP-MB, first remove the metal slot cover on the Meter Base using a compatible Phillips head screw driver for the screws at top/bottom. Remove the Meter Module from its packing and remove the black plastic retainers from the mounting screws. Align the Meter Module connectors and screw mounts with those of the Meter Base. Then push the Module into the Base and tighten down the mounting screws until the module housing is tight against the backplane.Base Screw MountLoad Power +/- LEDsCom & Health LEDsPulse Output LEDsCurrent Load Sensor Cable ConnectorsBase Screw MountTechnical Data TD150002EN Effective July 2013Power X pert M ulti-Point P XMP-MMXXXXX-(AB)Meter ModulesEatonElectrical Sector1000 Eaton Boulevard Cleveland, OH 44122United States877-ETN-CARE (877-386-2273) © 2013 EatonAll Rights ReservedPrinted in USAPublication No. TD150002EN / TBG001050 July 2013Eaton is a registered trademark.All other trademarks are property of their respective owners.Each Meter Module has the following LEDs• Com Green LED – Meter/Base com. activity• Health Green LED – normal = ~ 1 Hz blink• Pulse 2 Red LED – blink rate = energy usage group 2• Six Forward Green and Reverse Red Load Power LED pairs, one pair per current load sensor• Pulse 1 Red LED – blink rate = energy usage group 1Each Meter Module supports six current load sensors using six white 2 X 2 connectors that interface with PXMP-SCXX sensor cables. Two conductors support the sensor signal while the other two support:• An identification/tamper-detect circuit• A Sensor Locator LED indicator• Open circuit clamp and Alarm indicatorotee:N All Current Sensors must be of the same type/range per Meter Group. Each Meter Module may support up to six Meter Groups for Single-phase loads or 2 groups for 3-phase loads. Groups, PT/CT ratios, and related sys-tem parameters are assigned using the PXMP Configuration software through the Meter Base configuration or Com ports.It is important to only match compatible load Current Sensors for each Meter Module type:• PXMP-MM10MA (-AB) supports direct connection to Eaton’sCS005, CS050, CS125, CS200 and CS400 Current Sensors with 10 mA maximum rated secondary using integral 4’ cables.• PXMP-MM100MA (-AB) supports connection to Eaton’s PXMP-CS125, PXMP-CS250 and PXMP-CS400 Current Sensors with 100 mA maximum rated secondary. This solution requires use of an interposing PXMP-SCXX Sensor Cable.• PXMP-MM333MV (-AB) supports the use of Generic 333 mV Current Sensors using both the PXMP-IM333MV Interface mod-ule and PXMP-SCXX sensor cable.The PXMP-SCXX sensor cables come in lengths of 4, 6, 8 and 12 ft.(1.2, 1.8, 2.4 and 3.7 m) and may be extended one time using the PXMP-SCEXX Sensor Cable Extension in lengths of 8 or 16 ft. (2.4 or 4.9 m).To interface with 5 A type secondary current transformers, use the PXMP-MM10MA Meter Module with the interposing CS005 current sensor.PXMP-MMXXXXX Specificationse:NOTICEPLEASE REFER TO THE PXMP USER MANUAL MN150001EN FOR COMPLETE SYSTEM DETAILS AND SPECIFICATIONS.• PXMP-MB(-AB) Meter Base slot positions 1-10• Each Meter Module can monitors six separate loads.• Load sensor connections made using PXMP-SCXX Sensor Cables with matching 2 X 2 connectors.• Load current frequency range 47-63 Hz• Sensor signal ranges/Meter Module load (ohms)• PXMP-MM10MA(-AB) – 0-10 mA/66.6• PXMP-MM100MA(-AB) – 0-100 mA/14.5• PXMP-MM333MV(-AB) – 0-333 mV/50 K• All loads must share common mains connection. The conditioned phase signals are bussed across the Meter Base slots to the Meter Modules.• Housing NEMA 1, IP20 when installed in Meter Base and cables inserted into connectors• Pollution Degree 2• Operational Temperature range -20 to 70ºC (-4 to 158ºF)• Storage Temperature range -45 to 85ºC (-49 to 185ºF)• Elevation 0-9,849 ft. (0-3000 m)• Humidity 5-95% noncondensing• UL file # E185559, UL Standard UL61010-1• CNL evaluation to CAN/C22.2 No 1010.1.92• CE mark• EMC EN61326• Emissions conducted and radiated as part of PXMP Meter System.• FCC Part 15 Class B• CISPR 11 Class B• Accuracy ANSI C12.20 Class 0.5% using Eaton Current Sensors:• CSXXX series• PXMP-CSXXX series• All Current Sensors/Transformers used on PXMP Meter must meet Double/Reinforced Insulation 600 V CAT III.。
派诺仪表
Uc Ub Ua Un
GND B A
2路模 拟量 输出 55 56 59
Ao1Ao2 COM1
报警输出 34 35 36 37
Do1 Do2
9 10 11 12 13 14 17 16 15 18
*
*
A B C
三相功率表
三相三线电流经2CT输入，电压直接输入
9 10 11 12 13 14 17 16 15 18
01
派诺科技
通用技术条件
PMAC665系列普通数显测量仪表
主要项目 精度
显示
交流电压 输
入 直流电压
电 过负荷
输
压
入
பைடு நூலகம்
阻抗
测
输 交流电流
量
入
电 直流电流
流
过负荷
阻抗 频率
电源
工作范围 功耗
绝缘电阻
绝缘强度
工作条件
接线方式
技术指标 U、I为0.5级 LED显示 AC500V(大于600V外配电压互感器） DC0-500V 持续1.2倍；瞬时：2倍(1S) 电压：>300KΩ AC5A（大于6A外配电流互感器） DC0-5A（大于6A外配分流器） 持续1.2倍；瞬时：10倍(5S) 电流：<20mΩ（每相） 45-65Hz AC220V±10% 50Hz AC/DC 85-265V (特殊电源可订做) <3VA >100MΩ 输入-电源端子>2KV；输入-输出端子>2KV；输出-电源端子>2KV 环境温度：-10至55℃，相对湿度：<93%RH，海拔高度<2500M，无腐蚀气体场所
接线方式 单相可编程表：
工作电源
宝工 MT-1710N 3-3 4真有效值自动量程电表 说明书
MT-1710N3 3/4 True-RMS Auto Range MultimeterUser’s Manual1st Edition, 2023©2023 Copyright by Prokit’s Industries Co., Ltd.I. INTRODUCTIONThe instrument is a stable and high-performance digital multimeter driven by battery. It uses the LCD with 42mm high to make the readings clearly.The instrument has the function of measuring DCV, ACV, DCA, ACA,Resistance and Capacitance, Frequency, Diode, Triode, Continuity test,Temperature, Auto power off (can be canceled) and backlight function. The instrument takes dual-integral A/D converter as key point, is an excellent tool.It’s an ideal tool for lab, factory, and family.The new generation series of productions add NCV (non-contact ACVinduction measurement) and torch function based on the original function. II.OPEN THE PACKAGE FOR CHECKINGOpen the box, take out the meter, checking the items below if they aremissing or damaging:K type probe (-20℃~250℃) 1pchFE test A d apter 1pcTest leads 1pairUser manual 1pcPlease contact with your supplier if you find out any problems.III.SAFETY NOTESThis series meter meets the standard of IEC61010 (the safety standardsrequest issued by IEC or equal GB4793.1 standards). Read it beforeoperation.1.Input over range is prohibited in each range during the test.2.Voltage less than 36V is safety voltage. When measuring voltage higherthan 36V DC, 25V AC, check the connection, insulation of test leads toavoid electric shock.3.When changing function and range, test leads should be removed fromtesting point.4.Select correct function and range.5.Don’t operate the meter when the battery case and back cover are notfixed6.Don’t input voltage during the resistance measurement.7.Test lead should be removed from testing point before changing thebatteries or fuses and turn off the power.ply with local and national safety regulations, wear personal protectiveequipment (approved rubber gloves, masks and flame-retardant clothing,etc.), to prevent electric shock and arc injury caused by exposure ofdangerous electric conductor.9.Make measurements using only the correct measurement standard class(CAT), voltage and current rated probe, test conductor and adapter.10．Safety symbols:“” exists high voltage“” GND“” Dual Insulation“” Must Refer to Manual“ ” Low BatteryIV.SAFETY SYMBOLSV.SPECIFICATIONSGENERAL SPECIFICATIONS1)Display mode: LCD displaying.2)Max. indication: 3999（3 3/4）, auto polarity indication3)Measuring method: Dual integral A/D conversion4)Sampling rate: Approx. 3times/second5)Over range indication: “OL” displays6)Low battery: The “ ” displays.7)Operating environment: (0 ~ 40) ℃, humidity<75%RH.8)Storage environment:-20℃~60℃，humidity<85%RH9)Power: Four 1.5V AAA batteries, LR0310)Dimension: 186mm×92mm ×52mm.11)Weight: approx. 355g (not include batteries). VI.EXTERNAL STRUCTUR1. Sound alarm indicator light2. LCD display3. Function / range knob4. Measuring input terminal5. Function selection button6. Auto / manual rangeconversion7. Relative value measurement/ flashlight control8. Data hold / backlight control9. NCV induction position10. Flashlight window11. Hang hole12. Screws for fixing the battery box13. Bracket14. Test leads holderVII.LCD DISPLAYVIII.KEY DESCRIPTION1.D ata hold:Short press the "HOLD B/L" button to hold the measuring data on the LCD, and the symbol “HOLD” appears. If you press the key again, the data hold function will be closed, and the symbol will disappear.Warning: to prevent possible electric shock, fire, or personal injury, do not use the data hold function to measure the unknown voltage. When open the HOLD function, the LCD will keep original data when measuring a different voltage.2.B acklight function:Long press the "HOLD B/L" button to turn on the back light of the LCD, and long press this key again to turn off the back light.3.F unction select key (Hz/DUTY SELECT key)At the DC/AC mV、uA、mA、A range, short press the "Hz/DUTY SELECT" key to convert among DCV, ACV, and DCA, ACA for testing; At the diode/continuity test range, short press the "Hz/DUTY SELECT" key to convert the diode and continuity test, the diode range is already set by default. At the ACV range, short press the "Hz/DUTY SELECT" key to cycle switch among the voltage, accompanying frequency, duty cycle. At the temperature range, short press the "Hz/DUTY SELECT" key to convert the Celsius and Fahrenheit; At theFrequency range, short press the "Hz/DUTY SELECT" key to convert the Frequency and duty cycle test.4.A uto / manual range conversionThe auto range is already set by default after the meter is turned on, short press the "RANGE" key, the meter convert to manual range, the “AUTO” symbol on the LCD will disappear. At the manual range mode, the meter starts from the low range, when you press the "RANGE" key, the range change to a higher one, the procedure repeats like this in sequence; long press "RANGE" key to exit the manual range mode, and the LCD displays "AUTO" symbol.5.R elative measurementAt the DC/AC mV、V、uA、mA、A range, capacitance, temperature range, short press the "REL" key to enter the relative measurement mode, and the “REL” symbol appears on the LCD. Short press the “REL” key again, the meter exits the relative measurement mode, and the “REL” symbol disappear s.6.L ightingLong press "REL/ " to turn on/off the Flashlight.7. Cancel the auto power off functionPress the “Hz/DUTY SELECT” key to turn on the meter, the “APO” symbol disappears, and then the auto power off function closed.IX.MEASUREMENT INSTRUCTIONSFirst, please check the battery, and turn the knob to the proper range that you need. If the battery is out of power, the "" symbol willappear on the LCD. Pay attention to the symbol next to the jack for test leads. This is a warning that the voltage and current should not exceed the indicated value.1.DCV and ACV measurement1-1.Set the knob to the mV/ACV/DCV range, and connect the test leads across to the circuit under test. The voltage and polarity of the point which the red test lead is connected are display on the LCD. 1-2.Insert the black test lead to “COM” jack, the red one to “ ”jack.1-3.The auto range is already set by default after the meter is turned on, LCD displays “AUTO” symbol, press the "RANGE" key to convert to manual range, the range 40mV,400mV (only for DC mV/AC mV range), 4V, 40V, 400V, 1000V/750V (DCV/ACV) are optional.1-4.You can get the result from LCD.1-5. At the DC mV/AC mV range, short press the “Hz/DUTY SELECT”key to convert DC/AC mV measurement. The DC mV range is already set by default after the meter is turn on.Note:(1)Do not input a voltage over DC 1000V or AC 750V，otherwise thecircuit might be damaged. At the DC/AC mV range, the input voltage should not exceed 250VDC/ AC RMS.(2)Please keep the test leads away from the circuit after finished yourtesting.(3)When measured voltage is higher than 220V, it’s necessary to wearpersonal protective equipment (such as approved rubber gloves, face masks, and flame-retardant clothing etc.) to prevent the injury from electric shock and arc.2.DCA and ACA measurement2-1.Set the knob to a proper DCA/ACA range, and then connect the test leads to the power or circuit under test in series. The polarity and the current value of this point which connects to the red test lead will display on the LCD.2-2.Insert the black test lead to “COM” jack, the red one to “ ” (max.400mA) or “10A” (max. 10A) jack.2-3.You can get the result from display.2-4.Short press the “Hz/DUTY SELECT” key to convert DCA or ACA, the DCA range is already set by default after the meter is turned on.Short press “RANGE” key to convert to manual range, you can choose 400uA, 4000uA at the uA range, and 40mA, 400mA are optional at the mA range, 4A, 10A are optional at the A range. The auto range is already set by default after the meter is turned on. Note:(1)If the tested current range is unsure beforehand, please start fromthe highest range then find the proper range according to the reading. Do not measure the voltage in the current jack.(2)If the reading displays “OL”，the value is beyond the present range.Now you need to set the knob to the higher range.(3) Be careful when measuring 10A range. Continuous measurement ofhigh current will heat the circuit, even affect the accuracy and damage the meter.(4) When measuring the large current above 10A, it’s necessary to wearpersonal protective equipment (such as approved rubber gloves, face masks, and flame-retardant clothing etc.) to prevent the injury from electric shock and arc.3.Resistance measurement3-1. Set the knob to resistance range, then connecting the test leads to the tested resistance.3-2. Insert the black test lead to “COM” jack, the red one to “ ”jack.3-3. You can read the measurement results from the display.3-4. Auto range method is already set by default after the meter turned on, short press “RANGE” key to convert to the manual range, The range 400Ω, 4KΩ, 40KΩ, 400KΩ, 4MΩ, 40MΩ are optional. Note:(1) If "OL" displays on LCD, it means over range, now you need to setthe range knob to the higher range. When measuring resistance ismore than 1MΩ, the reading may take a few seconds to stabilize.This is normal for high resistance measurement.(2) When the input terminal is under open circuit, the figure "OL" willbe displayed for the overload condition.(3) When checking in-circuit resistance, be sure the power has beenswitched off and all capacitors are fully discharged.4.Capacitance measurement4-1. Set the range knob to a proper capacitance range, connect the test leads to the capacitor under tested (the polarity of red test lead is “+”). 4-2. Insert the red test lead to “ ” jack and the black one to “COM” jack.4-3. You can get the result from LCD.Note:(1) If the LCD displays "OL", it indicates the value is over range. Themaximal range is 100mF.(2) When measuring capacitance, because of lead wire and thedistributed capacitance, there may be some residual reading without connection to capacitance under measured. It will be clearer when measuring small capacitance range. Measuring result is to subtract the residual reading for getting accurate reading. This will not affect the measuring accuracy. You can short press the “REL” key to clear the residual reading of open circuit, then measuring the relative value.(3) When under a large capacitance range, if capacitor is broken orleakage, the LCD will display some value and it’s unstable.(4) Discharge all the capacitance completely before measuring to avoidthe damage of the meter.(5) UNIT: 1mF=1000uF 1uF =1000nF 1nF=1000pF5.TRANSISTOR hFE5-1. Set the knob to “hFE” range.5-2. Insert the adapter to “ ” and “COM” jack, then according tothe NPN or PNP, insert emitter, base and collector to proper jack.5-3. You can get the result from LCD.6.Diode and continuity test6-1. Set the range knob to the “ ” range. The diode range is already set by default after the meter is turned on, short press the “Hz/DUTY SELECT” key to convert the diode and continuity test. Set the black test lead to “COM” jack, and the red one to “ ”jack (the polarity of red test lead is “+”), meanwhile connect the red test lead to the positive of the diode and the black one to the negative. The reading is the approx. value of the diode positive volt drop. If the test leads connect to the reverse polarity of diode, the LCD will display “OL”.6-2. Connect the test leads to two ends of the circuit under tested, if the resistance is lower than approx.（50±20）Ω, the LCD displays “ ” symbol, and the buzzer sounds.7.Frequency measurement7-1.Turn the knob to frequency range, and connect the test leads or shielded cable across the signal source or the load under tested.7-2.Insert the black test lead to the "COM" jack and the red one to the " "jack.7-3.You can get the result from the LCD.7-4.Short press the “Hz/DHTY SELECT” key to convert to duty cycle. Note:(1)When it is over 10V RMS, you can get the result, but we cannot promise the accuracy.(2)It is preferable to use shielded cable for measuring small signal in noisy environment.(3)Be careful when measuring high voltage.(4)Do not input a voltage over DC 250V or AC peak value to avoid damage to the meter.(5)It is auto range at the frequency range, you can test 10Hz ~20MHz.8.Temperature measurementWhen measuring temperature, insert the negative of the thermocouple sensor into the "COM" jack, and insert the positive into the “ ” jack; put the sensing part of the temperature probe on or inside the tested object. Read the value from the LCD which shows as Celsius. Short press the “Hz/DHTY SELECT” key can convert the Celsius or Fahrenheit unit.9.Non-contact voltage induction measurement NCV9-1. Turn the knob to “NCV” range.9-2. NCV induction voltage range is 48V~220V, let the upper position of the meter close to the measured electric AC power line, when the ACV is sensed, the upper red indicator lights of the meter flashing and at the same time a buzzer alarm on, the more close to the AC power line, the more stronger the ACV sensed, the corresponding flashing lights, and the buzzer alarm sounds faster.10.Automatic power on/offTo save power consumption and prolong battery life, the APO automatic shutdown function will be turned on by default after the meter is turned on. If the user does not operate the meter within 14 minutes, the meter will be prompted with 3sounds. If there is still no operation, the meter will automatically turn off the power after a long sound one minute later. Short press “SELLECT” can turn on the multimeter. To cancel APO function, please refer to the instructions in section 8, "key function".X.Technical characteristicsAccuracy: ± (a% × reading + digit)Environment temperature: (23±5) ℃Relative humidity: <75%RH.One year guarantee since production date.10-1. DC VoltageFrequency response: 40Hz-1 kHz. Measurement mode (sine wave): true RMS.Crest factor: CF≦3, adding an additional error of 1% to the reading at CF≧2.AC frequency measurement error: 0.2%+0.02Hz.AC frequency measurement range: 40Hz~1k Hz.AC frequency input sensitivity: 80V~600VFrequency response: 40Hz - 1k HzMeasuring way (sine wave): True RMSCrest factor: CF≤3, when CF≥2, add an additional error of 1% of thereading.10A (The measurement should not be more than 10 seconds); Recovery time is 15 minutes.Overload protection: 250VDC/AC RMS100mFMeasuring range of accuracy: 10% - 100% of the rangeLarge capacitance response time: ≥1uF about 8sMeasurement error does not include lead distribution capacitance.Note: The reading will be zero if the signal is below 3Hz. Input sensitivity: 1VWarning: Do not input voltage at this range. Overload protection: 250V DC/AC RMS Sensor: Type-K thermocouple (Ni-Cr – Ni-Si) banana probeXI.Replace the battery or fuse.1.Move away the test leads from the circuit under test, pull out the test leadfrom the input jack, turn the range knob to the “OFF” range to turn off the power.e a screwdriver to twist off the screws on the battery cover and removethe battery cover and bracket.3.Take out the old battery or the broken fuse, then replace with a new alkalinebattery 9V or a new fuse.4.Close the battery cover and use a screwdriver to tighten the screws on thebattery cover.5.Battery specifications:4 * 1.5V AAA alkaline batteries6.Fuse specifications:mA input fuse "FS1": φ5 * 20mm 400mA 250V10A input fuse "FS2": φ5 * 20mm 10A 250VNote: When the low voltage "" symbol displays on the LCD, the battery should be replaced immediately, otherwise the measuring accuracy will be affected.XII.MAINTENANCE AND CAREIt is an accurate meter. Do not try to modify the electric circuit.1. Pay attention to the waterproof, dustproof and break proof of the meter.2. Please do not store or use it in environment of high temperature, high humidity, high flammability or strong magnetic.3. Please wipe the meter with a damp cloth and soft detergent, and abrasive and drastic solvent such as alcohol are forbidden.4. If do not operate for a long time, should take out the battery to avoid leakage.5. When replacing fuse, please use another same type and specification fuse. 13.Trouble ShootingNo current or temperature inputThis user’s manual is subject to any change without further notice.The content in this user’s manual is deemed correct; if you find any mistake, omission, etc., please contact the manufacturer.We will not be held liable for any accidents or harms caused due to your wrong operations.The functions set forth in this user’s manual shall not be regarded as reasons for applying this product for special purposes.3-3/4真有效值自動量程電錶使用手冊一、產品概述MT-1710N（3 3/4）真有效值自動換檔電錶是一台性能穩定、可靠性高的電池驅動數位萬用電錶。
宝工 MT-3110-C 3 5 6智能型钳型电表 (带电池) 说明书
MT-31103 5/6 Smart Digital Clamp MeterUser’s Manual1st Edition,©2020 Copyright by Prokit’s Industries Co., Ltd.1.Safety InformationSpecial attention shall be paid when using the meter, improper use might cause an electric shock or damage the meter. General safety procedures shall be followed during the use and safety measures regulated by the instruction manual shall be completely respected.To fully make use of the functions of the meter and ensure safe operation, please carefully read and follow the use method of this manual.The meter meets IEC-61010-1, IEC-61010-2-030, IEC-61010-2-032）Safety Requirements for Electronic Measuring Instruments, of the secondary pollution, over-voltage standard is CATIII 600V.Please follow the safe operation guidance and ensure to use the meter in safe. 1.1 PreparationsWhen use the meter, users must comply with the standard safety rules:- General protection against electric shock- Prevent misuse of the meterAfter received the meter, check if it has been damaged during the delivery.After been kept and delivered in shoddy conditions check and confirm if the meter is damaged or not.The pen-shape meter must be in good condition. Before use, check thepen-shape meter see if any damage to the insulation, if the metal wire of the cable is bare.Note (important security information, see the Instruction Manual)It can be used on hazardous live conductors.Double insulation protection (Category II)CATIII follows the over-voltage (Setup) level III of IEC-61010-1 standard and pollution degree 2 means the impulse withstand voltage level of protection provided.In line with the European Union (EU) StandardGrounding1.3 MaintenancePlease do not attempt to open the bottom case to adjust or repair the meter, such operation could only be performed by technicians fully aware of the meter and the risk of electric shock.Before opening the meter case or battery cover at the end, the pen-shape meter should be removed from the circuit being measured.To avoid electric shock that might be caused by erroneous readings, when thed be replaced immediately.Use a damp cloth and mild detergent to clean the meter, do not use abrasive cleaning agents or solvents.Power supply of the meter should be turned off when not in use, range switch to the OFF position.If the meter is not used for a long time, batteries should be removed to prevent damage to the meter.2.Descriptions2.1 Part Name①Non-contact voltage detection sensing area ②Data hold /Back Light button ③Rotary switch ④Display screen ⑤Input socket⑥Maximum peak /Non-contact voltage detection button ⑦Trigger⑧Current clamp head: used for measuring current①② ③④⑤⑥ ⑦ ⑧2.2 Instructions to rotary switch and key as well as input socket OFF: Meter OFF positionMeasuring positionDC voltage, AC voltage, resistance and buzzer input terminalsCurrent input into mutual inductor2.3 LCD Display UnitV,A3.SpecificationsThe meter should specify one year as a cycle to re-calibrate in the conditions of 18℃～28℃ and relative humidity less than 75.3.1 OverviewAutomatically select measurement function and range.Overload protection for the whole measurement range.Maximum allowable voltage between the measuring terminal and the Earth: 600V DC or 600V ACWork height: maximum 2000mDisplay: LCDMaximum display value: 6000 digits.Polar indication: automatically indicate,‘-’ means negative polarity.Over range Indication: ‘0L’ or ‘-0L’.Sampling time: about 3 times/sUnit display: with function and quantity of electricity unit displayAutomatic Power off time: 10 minutesPower supply: 1.5V AAA battery ×2Battery low voltage indication: LCD display symbol.Temperature coefficient: < 0.1×accuracy degree/℃Working temperature: 18℃ ～28℃Storage temperature: -10℃ ～50℃3.2 Technical IndexMaximum input current: 600A AC currentFrequency range: 45～65Hz;When in AC current measurement, the meter automatically switches on internal low pass filter to filter out high frequency current, low pass filter bandwidth is 1kHz (-3dB)DC VoltageMaximum input voltage: 600V DCMaximum input voltage: 600V AC (effective value)Frequency range: 45 ~ 65HzFrequency●Clamp head frequency measurement (Pass A position):Measurement range: 40Hz ~ 1000HzInput signal range: ≥ 0.2A AC current (effective value)Input signal range: ≥ 0.8V AC voltage (effective value)4.Operation Guide4.1 Readings HoldDuring the measuring process, if the readings are required to hold, slightlytouch key ,the display value will be locked, slight press key again to cancel readings hold.4.2 Backlight1）In the process of measurement, if the ambient light is too dim, causing readingdifficulties, press key for more than 2s, open Back Light and it will automatically off after about 1 minute.2）During the process if press key for more than 2s, then the Back Light will be turned off.4.3 Auto Power Off1）If after 10 minutes when the meter is on without any operation, it will go into hibernation and automatically shut down to save power. Before the meter off, there will be one sound of the buzzer to remind every 1 minute.2）Press any key after auto power off to wake the meter into working status.3）When turn the meter on, hold the "PMAX/NCV" key at the same time, then the auto power off function is canceled.4.4 Measurement Preparations1）Turn the transfer switch, turn on the power. If the battery voltage is low (ofabout ≤2.4V), the LCD will show“”symbol, then the battery shall bereplaced.2）When the meter has not entered into measurement, it will automatically enter into the status of automatic scan, the meter displays as the following diagram shows.4.5 Capture PMAX Current1）Slightly touch PMAX key, the meter displays as the following diagram.2）Hold the trigger, open the clamp head and clamp one cable of the measured circuit.3）When measuring the current, when capture current >10.0A, the meter displays the maximum current value captured.Note:1）Clamp two lines of the measured circuit or more at the same time will not obtain correct measurement results.2）To obtain accurate readings, try to enable the measured cable in the middle position of the current clamp.3）In the maximum capture current mode, the meter only measures current, it will not measure voltage and resistance at the same time.4.6 Non-contact Voltage Detection (NCV)1）Press PMAX/NCV key for 2s, enable NCV function, the meter displays2）Press NCV key, put the NCV sensor close to the measured cable, the meter could detect if the measured cable is >90V AC voltage or not. When the meter detects AC voltage, the meter buzzer alarms and the backlight flashes.Note:3）Even there is no alarm indication, the voltage might still exist. Do not judge if there exist voltage or not in the cable relying on non-contact voltage detector.The detection operation might be affected by various factors such as the socket design and insulation thickness types are different and so on.4）In NCV detection mode, the meter will not measure the voltage, resistance and current at the same time.4.7 AC Current Measurement1）Hold the trigger, open the clamp head and clamp one cable of the measured circuit.2）When measured signal >0.01A, the main LCD of the meter displays the measured current value, the vice LCD displays current frequency (Note: only when current value >0.2A could the meter displays its frequency value)4.8 DC Voltage Measurement1）Connect the pen-shaped meter to the measured signal, when the measured signal =0.5V, will the meter display current measuring DC voltage value. When measured signal is <0.5V, the meter will be default as resistance value, displays the ohm of the measured signal.4.9 AC Voltage Measurement1）Connect the pen-shaped meter to the measured signal, when the measured signal >=1.0V, will the main LCD of the meter display current measuring AC voltage value, and the vice LCD will display the frequency value of the voltage.When measured signal is <1.0V, the meter will be default as resistance value, displays the ohm of the measured signal.4.10 Resistance Measurement1）Connect the pen-shaped meter to the measured resistance, when the measured resistance >10MΩ, the meter will display----, when the measured resistance is less than 50Ω, the meter buzzer will send out alarm sound.4.11 Measure AC current and AC voltage at the same time1）Hold the trigger, open the clamp head and clamp one cable of the measured circuit, when the measured signal >0.01A, the meter vice LCD will display measured current value.2）Connect the pen-shaped meter to the measured signal, when the measured signal =1.0V, the meter main LCD will display current measured AC voltage value. When measured signal is <1.0V, the meter will be default as resistance value, displays the ohm of the measured signal.4.12 Measure AC current and DC voltage at the same time1）Hold the trigger, open the clamp head and clamp one cable of the measured circuit, when the measured signal >0.01A, the meter vice LCD will display measured current value.2）Connect the pen-shaped meter to the measured signal, when the measured DC signal =0.5V, the meter main LCD will display current measured DC voltage value. When the measured DC signal <0.5V, the meter will be default as resistance value, displays the ohm of the measured signal.4.13 Measure AC current and resistance at the same time1）Hold the trigger, open the clamp head and clamp one cable of the measured circuit, when the measured signal >0.01A, the meter vice LCD will display measured current value.2）Connect the pen-shaped meter to the measured resistance, when the measured resistance >10MΩ, the meter will display----, when the measured resistance is less than 50Ω, the meter buzzer will send out alarm sound.5. Maintenance5.1 Replace BatteryBefore opening the battery cover of the meter, the pen-shape meter shall be moved from the measuring circuit first to prevent the risk of electric shock.3）If “ ” symbol appears, it means the battery shall be replaced.4）Screw the fastening screws of the meter battery cover and move away.5）Replace the old battery.6）Install the battery cover as previous.7）Note:8）Do not violate the battery polarity.When replacing the pen-shaped meter, the new ones shall be of the same or in eqaul level. The pen-shaped meter shall be in good condition, pen-shaped meter level: 1000V 10A.If the insulation layer of the pen-shaped meter is damaged, such as the metal wire of the cable is exposed, then it shall be replaced.6. Accessories1）Pen-shaped meter Level: 1000V 10A One pair2）Instruction Manual Onecopy3）Cloth bag 1pcMT-3110 3 5/6智慧型鉗型電錶使用說明書1. 聲明根據國際版權法，未經允許和書面同意，不得以任何形式（包括存儲和檢索或翻譯為其他國家或地區語言）複製本說明書的任何內容。
诺克瓦尔 PME600 PME610 面板电表 用户手册说明书
Nokeval No 100211 v1.2User GuidePanel metermodels PME600 & PME610OverviewPanelmeter PME600/PME610 is easy to use. Operatin voltage is 21..265 VAC/DC. Meter supports common temperature sensors thermocouple K, Pt100 and process signals 0..20 mA, 4..20 mA and 0..10 V. Meters settings menu structure is simple, so its easy to setup.Model PME610 contains analog output 4..20 mA. Model PME600 contains 12V output for 2-wire transmitter.Technical informationSensor break in tcK or Pt100, appears hyphens (---) in the display and high alarm closing and low alarm opening.Prosess inputs:0..20 mA, 4..20 mA and 0..10 V Display scaling:-999...9999Resistance 4..20 mA:70 Ωshunt resistor is active only when power is on and device is set to mA input Resistance 0..10 V:110 k ΩRTD:Pt100Range:-200....+700°C Current:0,3 mA Thermocouple:KRange:-150.... 1350°C mV-input:-70...70 mVAnalog output (PME610):4..20 mAmax. load:650 ΩScale:Adjustable.Galvanic isolation from inputs:No Output for 2-wire transmitter (PME600):12 V, 23 mAAlarms:High and Low alarm.Alarm reset:Automatic or manual via front panel keyHysteresis:Adjustable. Shared with high and low alarm.Relays:2. One for high alarm, one for low alarm.Closing contact Relays direction:Normal openContact Rating: 3 A, 250 VAC / 30 VDC (res. Load)Indication lights:In front panelGeneral features Input filter:Three samples continues averageSpeed:mV, V & mA:~ 8,3 samples / sec Pt100 & TcK:~ 3,4 samples / sec AD-converter:24 bitsIndication lights:Alarms, setup mode Display:4-digits bright red LED digit height 14,5 mm Operating voltage:21-265 VAC/DC IP Protection class for front panel:IP65 with gasget Weight:146 gINSTALLINGThis chapter guide to install 1/8 DIN-size panelmeter PME600/PME610.Panel installationPanelmeter should be mount to panel cutoff according to below picture. Attach the meter with two holders supplied.DimensionsWiringsMeter has three or four (depending the model) removable screw connector. One green 6-pin connector for input and one green 2-pin connector for mA output (PME610). One grey 4-pin connector for relays and one grey 3-pin connector for power supply. Green connector may used only with safety extra-low voltage. Analog output is not galvanic isolated from input. Shunt resistor for current input is internally connected only when power is on and input sersor is set to 0-20 mA or 4-20 mA.Operating voltageConnect power supply to pins D1 and D3. No polarity. No ground needed. The meter has internal pre-fuse. If an external is used, it should be at least 500mAT.PowerCutoff43,7 (H) x 90,7 (W) mm ±0,7 mmUSER INTERFACEFront panelThere is two modes:•Normal mode – Shows reading.•Setting mode – For changing the settings.After switching the power on, the userinterface is in normal state, indicating readings.Indicator LEDs A1 (low alarm) and A2 (high alarm)indicate the state of alarms. Conf LED is lighting when user interface is in setting mode.Manual reset with front panel v -key can be selected by choosing wider hysteresis than full span.Setting modeEnteringIn the normal mode press *- and ^-buttons simultaneously until conf LED start lighting.NavigatingWithin menu you can navigate up and down using the ^v -buttons.EditingPressing the >-button shows the value of the settings and allows editing it.Most data types are edited simply with ^v -buttons and exited with *-button.Floating point numbers are edited using the^v>-buttons. Select the digit to be edited or the decimal point with >-button and edit it with^v -buttons. The first digit can be edited to a minus sign.ExitingWhen all done, exit from setting mode with*-button. Select ^v Save (keep the changes) or Undo (discard the changes) and press >.KeylockIt is possible to prevent access to the setting mode by setting a jumper as shown :Key lock off (default)Key lock onFlow diagramOutput settings OUTL and OUTH are visible only in model PME610.Auto reset is a standard function. Manual reset with front panel v -key can be selected by choosing wider hysteresis than full span (Hi -Lo). For example: Input scaling is 0..100,0 i.e.full span is 100. Select hysteresis larger than 100 (9999) and you will have manual reset.Display scaling for V- and mA-inputs:Reading when input is in min. level.High alarm level Input selection 4-20 = 4...20 mA 0-20 = 0...20 mA Pt 3 = Pt100 3-wire Pt 4 = Pt100 4-wire Tc = Thermocouple K mV = Millivolts 0-10 = 0...10 VOutput scaling: Display reading corresponding 20 mA output.Hysteresis levelOutput scaling: Display reading corresponding 4 mA output.Low alarm levelDisplay scaling for V- and mA-inputs:Reading when input is in max. level.Display brightnessPositive value: decimals.Negative value: rounding to zero。
派诺电表数据
屏面安装，滑块固定，免螺丝固定
导轨安装
尺寸（mm）
89.5*89.5*55
89.5*89.5*65
119*105*91
89.5*89.5*65
120*75*110
继电器输出
两路或四路
四路
四路
无
无
其他
模拟量输入输出通道
可扩展信控模块
支持GPRS无线传输和USB接口，电能质量监测
提供温度测量
提供温度测量
-10～55℃5～95%RH无凝露
存储环境
-20～55℃5～95%RH无凝露
-20～55℃5～95%RH无凝露
-20～55℃5～95%RH无凝露
功
能
特
性
测量数据
单相电能测量
三相电能测量，提供无功电度值
实时测量三相/线电压、三相电流、中性点电流、总/相有功功率、总/相无功功率、总/相视在功率、总/相功率因数、频率
事件记录
无
无
历史电度统计功能
安装方式
35mmDIN导轨安装
35mmDIN导轨安装
屏面安装
尺寸（mm）
75*94*65
125.5*94*65
89.5*89.5*65
继电器输出
两路或四路
四路
四路
其他
模拟量输入输出通道
可扩展信控模块
支持GPRS无线传输和USB接口，电能质量监测
-40～85℃5～95%RH无凝露
-40～85℃5～95%RH无凝露
-40～85℃5～95%RH无凝露
-40～85℃5～95%RH无凝露
功
能
特
性
测量数据
三相相电压/线电压，三相电流，零序电流，三相有功/无功/视在功率，三相功率因素，三相总功率因素，频率，有功/无功电度等三十项基本电参数
PMCM I PMC V 说明书V
PMC-53系列三相数字式多功能测控电表使用说明书（PMC-53M/53I/53V）(V3.1)深圳市中电电力技术有限公司危险和警告本设备只能由专业人士进行安装，对于因不遵守本手册的说明所引起的故障，厂家将不承担任何责任。
触电、燃烧或爆炸的危险⏹设备只能由取得资格的工作人员才能进行安装和维护。
⏹对设备进行任何操作前，应隔离电压输入和电源供应，并且短路所有电流互感器的二次绕组。
⏹要用一个合适的电压检测设备来确认电压已切断。
⏹在将设备通电前，应将所有的机械部件，门和盖子恢复原位。
⏹设备在使用中应提供正确的额定电压。
不注意这些预防措施可能会引起严重伤害。
本说明书版权属深圳市中电电力技术有限公司所有，未经书面许可，不得复制，传播或使用本文件及其内容，违犯者将要对损坏负责。
深圳市中电电力技术有限公司保留所有版权。
我们已经检查了本手册关于描述硬件和软件保持一致的内容。
由于不可能完全消除差错，所以我们不能保证完全的一致。
本手册中的数据将定期审核，并在下一版的文件中做必要的修改，欢迎提出修改建议。
以后版本中的变动不再另行通知。
目录1概述................................................................................. 错误!未指定书签。
1.1功能介绍 ..................................................................... 错误!未指定书签。
1.2系统应用 ..................................................................... 错误!未指定书签。
2技术指标 ........................................................................... 错误!未指定书签。
SPM系列电源导纳说明书
The SPM series power inductors are the metal composite type wire-wound inductors that have the coils integrally molded with metallic magnetic powder. Compared to ferrite-base wire-wound inductors, the SPM series inductors realize larger current, lower Rdc, smaller size and superior DC bias characteristic. In addition, they ensure low magnetic flux leakage and are effective as a means to suppress acoustic noise of the coil. This article introduces the structure, features, and applicationof these products, and other information that helps you in an easy-to-understand way.Table of contents• Product summary • Product structures • Product features • List of products• What are power inductors?• ContactProduct OverviewPower Inductor SPM SeriesProduct summaryThe SPM series are the inductors that have the coils integrally molded with metallic magnetic powder. TDK offers a large selection of the SPM series inductors, including the lowprofile SPMLR series, the SPMHZ series for automotive applications, etc.seriesSPM-LR seriesSPM-XT seriesSPM-CT seriesSPM-HZ seriesSPM-VT seriesMetal composite Metal composite Metal compositetype largeWireTerminalMetal coreWeldedWireTerminalWeldedWireSolder platingMetal coreWireTerminalWireTerminalWeldedAdhesiveWireTerminalWeldedAdhesiveseries SPM-LRseriesSPM-XTseriesSPM-CTseriesSPM-HZseriesSPM-VTseriesarge selection of he low-profile is ompatible withlow inductanceeadlights, etc.ngine ECUs, etc.Product structuresFigure 2 shows the structure of each SPM series. The integral mold structure and the welding method for connecting the wire and terminals achieves high reliability.Product featuresFigure 3 shows the features of each SPM series.One of the remarkable features of the SPM series is that they are made with metallic magnetic core. Compared to ferrite cores, metallic magnetic cores have higher magnetic saturation density and better DC bias characteristic. In addition, since their Curie temperature is high, they show only a small change in characteristics with ambient temperature.DC bias characteristic of each core material Saturation magnetic flux densityDC bias characteristic under different temperaturesSince the SPM series inductors are made with wire-wound cores integrally molded with metallic magnetic powder, they do not have a core gap and the acoustic noise is reduced. Also, they have good shielding qualities and the magnetic flux leakage is small.from the gapResin shield type Integral molding type(SPM)List of productsFigure 8 shows the list of products by series and by shape. You can view the detailed information of the product or purchase a sample by clicking the type name.Automotive grade7.1x6.5mm7.5x7.0mm11.5x10.0mmON during the switching cycle) setting.Related LinksInductor (coil) product informationVarious information on TDK Group's inductors (coils) are comprehensively provided on this page.• Lineup• Inductors for high frequency applications Selection Guide• Inductors for Power Circuits Selection Guide (Commercial Grade)• Inductors for Power Circuits Selection Guide (Automotive Grade)• Inductors for standard circuits/decoupling circuits Selection Guide• Application Note “Selection Guide for Power Inductors in Consideration of Leakage Flux”• Solution Guide “Solutions for silencing DC-DC converters - Measures Against Acoustic Noise in Power Inductors”。
- 1、下载文档前请自行甄别文档内容的完整性，平台不提供额外的编辑、内容补充、找答案等附加服务。
- 2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
- 3、如文档侵犯您的权益，请联系客服反馈,我们会尽快为您处理(人工客服工作时间：9:00-18:30)。
SPM93三相多功能电能表使用说明书V1.0
粤制00000845号
安全和注意事项
危险和警告
◆本设备只能由专业人士进行安装。
◆对于因不遵守本手册说明而引起的故障，厂家将不承担任何责任。
触电、燃烧或爆炸的危险
◆设备只能由取得资格的工作人员才能进行安装和维护。
◆对设备进行任何操作前，应隔离电压输入和电源供应，并且短路
所有电流互感器的二次绕组。
◆要用一个合适的电压检测设备来确认电压已切断。
◆在将设备通电前，应将所有的机械部件，门和盖子恢复原位。
◆设备在使用中应提供带正确的额定电压。
不注意这些预防措施就可能会引起严重伤害
目录
一、产品简介 (3)
二、功能及特点 (3)
四、外形及安装尺寸 (5)
五、使用接线方式 (6)
六、显示和按键操作 (6)
6.1 显示说明 (6)
6.2 显示界面 (7)
............................................... 错误！未定义书签。
6.2.2 实时累计值 (8)
6.2.3 实时瞬时值 (9)
6.2.4 配置查询菜单 (11)
6.2.5 修改配置菜单 (13)
七、功能说明 (14)
7.1历史电能功能 (14)
7.2复费率电能功能 (14)
八、主要技术参数 (16)
九、通讯 (17)
十、关键零部件清单 (17)
一、产品简介
SPM93三相导轨式多功能电能表系我公司最新研制开发的新型三相电子式电能表，该表采用微电子技术与进口专用大规模集成电路，应用数字采样处理技术及SMT 工艺等先进技术，该表性能完全符合国家标准GB/T 17215.321-2008(IEC
62053-21:2003,IDT)中对1级电能表的相关技术要求，可直接精确地测量额定频率为50/60Hz的交流有功电能，由LCD显示总有功/无功电能、输入/输出有功/无功电能、复费率电能、三相电压、电流、总/相有功功率、总/相功率因数、频率等信息，具有可靠性好、体积小、重量轻、外形美观、安装灵活方便等特点。
二、功能及特点
◆35mm DIN标准导轨安装，符合DIN EN-50022标准
◆高准确度测量有功电能，有功电能1级
◆LCD液晶7+1位显示（9999999.9kWh）,背光显示
◆无源脉冲输出，符合DIN43864标准
◆LED指示脉冲输出
◆可现场按键设置参数
◆一路RS485通讯接口,MODBUS通讯协议
◆具有无功电能计量，历史电能统计，日电能冻结功能，复费率电能等功能
◆三、型号说明
SPM93－C－□－□
①②
①、电流选择
63：5（63）A
5：5（6）A
②、电压可选
V1：3x220/380V
V2：3x120/207V
示例：SPM93-C-63-V1标配一路RS485通讯，最大电流63A，额定电压220V,准确度等级1级的三相四线电子式电能表。
四、外形及安装尺寸
SPM93外型及安装尺寸图(单位:mm)
五、使用接线方式
SPM93分为直接接入式（额定最大电流≤63A）和经互感器接入式。
接线如下图所示：
图5-1 直接接入式
图5-2 经互感器接入式
注：
（1）、额定电流为5A、5（63）A的装置，11.12端口和13.14端口可任意配置为无源有功电能脉冲输出端口或无功电能脉冲输出端口，且脉冲常数可设置。
（2）、脉冲接口为无源接口，接入电源范围为5-30Vdc。
六、显示和按键操作
6.1 显示说明
装置面板有两个脉冲指示灯: PULSE1、PULSE2。
脉冲输出指示灯：每输出一个脉冲，则该灯闪烁一次，同步指示脉冲输出。
6.2 显示界面
显示界面可分为四类：
1、实时累计值界面（默认界面）
2、实时瞬时值菜单
3、配置菜单 6、修改配置菜单
图一 菜单根目录切换关系
通过向左键返回至实时累计值界面
表一各界面下按键定义
注1：若密码输入不正确，则不允许修改参数，提示密码错误，保持5S后退回至之前查看的配置菜单
6.2.2 实时累计值
图二实时累计值菜单
此处复费率为总有功电能复费率。
表二实时累计值菜单界面图例
6.2.3 实时瞬时值
图三实时瞬时值菜单
表三实时瞬时值菜单界面图例
注：有功功率、无功功率及功率因数符号定义如下：
6.2.4 配置查询菜单
图四配置查询菜单
表四配置查询菜单界面图例
6.2.5 修改配置菜单
图五修改配置菜单
表五密码及其错误提示界面图例
注1：仅在配置查询界面下，长按（>3S）回车键进入修改配置菜单密码输入界面，进入时默认处于可输入密码状态（最右位"0"按1Hz频率闪烁），此时按向左键可移动闪烁位，按向上键可修改闪烁位数值（向上累加，过9翻转为0）
注2：若密码输入不正确，则不允许修改参数，提示密码错误，保持5S后退回至之前查看的配置菜单
注3：若密码输入正确，则直接跳转至通讯地址界面，默认处于可修改状态（最右位按1Hz频率闪烁），此时按向左键可移动闪烁位，按向上键可修改闪烁位数值（向上累加，
过9翻转为0）
注4：修改界面下，按回车键进入修改或退出修改（默认保存）状态。
注5：仅当处于非修改状态时，按向左键可退出至实时累计值显示界面。
七、功能说明
7.1历史电能功能
1、SPM93额定电流为5A、5(63)A的装置提供最近12个月的月历史电能及最近10年的年历史电能。
保存总输入/输出有功电能、总输入/输出无功电能和总有功/无功电能。
2、SPM93额定电流为5A 、5（63）A的装置提供日电能冻结功能；日电能冻结功能提供两部分数据，一为冻结昨日22点至24点的日电能数据，其二为当日0时刻起的日电能数据，数据为每15分钟保存一次，且数据为每日更新。
注：用户可通过通讯进行历史电能数据的查询。
7.2复费率电能功能
当额定电流为5A、5(63)A的装置选择复费率电能功能时，装置将提供全天最多8个时段、最大4种费率的电能值。
复费率电能值可以通过液晶屏和通讯软件察看，时段和费率的设置必须通过后台通讯软件完成。
此规格的装置具有尖、峰、平、谷四个费率，可设置三种复费率时段（时区模式、节假日模式1和节假日模式2），全年可设置2个时区（时区模式下按照设置日期划分时区，使用相应的费率；节假日模式1按照工作日(周一~周五)和非工作日（周六，周日）划分；节假日模式2按照工作日（周日~周四）和非工作日（周五，周六）划分时区，其中工作日默认使用第一套费率，非工作日默认使用第二套费率）；24 小时内至多可以设置8个时段；时段最小间隔为15 分钟；时段可以跨越零点设置。
时段起始时间默认是从0时刻开始（也可以是任意时刻），但后续的时段起始时间必须要与前面的时段起始时间有先后的顺序，即要严格按照升序排列来设置各段的起始时刻。
此规格
的装置最大可以支持8个费率段，每个费率段都支持独立的总有功电能和总无功电能。
举例说明1：
从1月1日使用第二套费率。
举例说明2：
节假日模式1：每周一到周五使用第一套费率；每周六到周日使用第二套费率
节假日模式2：每周日到周四使用第一套费率；每周五到周六使用第二套费率；
和时区起点无关。
举例说明3：
1#3点，
结束时间6点，计费段为2；依此类推，8#时段的起始时间是21点，到0点结束，计费段为3。
若用户的复费率计量的起始时间是非零时刻，则可参考下例操作。
举例说明4：
若用户每天的电能计量分为5个时段计算，时段分割如下表：
1#10点，结束时间12点，计费段为2；依此类推，5#时段起始时间是20点，到第二天的6点结束，计费段为4。
同一费率的电能合并计算。
八、主要技术参数
九、通讯
详见《SPM93MODBUS串行通信协议V1.0》。
十、关键零部件清单
声明：
●本手册中所提供信息可不经事先通知进行修改。
●珠海派诺科技股份有限公司对所述信息保留解释权。
●技术咨询：
●售后服务：
珠海派诺科技股份有限公司
地址：珠海市高新区科技创新海岸科技六路15号
邮编：519085
电话：
传真：3629670
.cn。