L336i HARDWARE INSTRUCTION MANUAL

Transcription

1 PONOVO POWER CO., LTD No. 139 Jinghai Third Road, BDA, Beijing, China, Office TEL. +86 (10) Website L336i HARDWARE INSTRUCTION MANUAL VERSION: L336i -AE-1.30 DATE : 16/01/2017 This manual is the publisher of PONOVO POWER CO., LTD. To make any kind of copy of this manual please contact PONOVO POWER CO., LTD in advance. This manual represents the technical status for the moment of publishing. The product information, description and specifications mentioned in the manual do not have any contact binding force and PONOVO POWER CO., LTD remains the right to make modifications to the technical specifications and configurations without prior notice. PONOVO POWER does not take responsibility to the possible error/mistakes in this manual. 1

2 Content 1. General Description Applications Features DSP+FPGA digital signal process system Real-time Multi-functions Unique output waveform monitor and record function Alarm function Transient playback function Output precision calibration Flexible binary setting Portable and safe Components and Functions Hardware Voltage output (voltage generator) Current output (current generator) Binary input (8 pairs) Binary outputs (4 pairs) Ethernet interface GPS interface CPU Signal generation DSP+FPGA digital signal processing system Panel Description Front Panel Ethernet interface Rear panel GPS interface IP reset Ground Ventilation Under panel 24 4 Technical Specifications Main supply Insulation class Output AC current output Single phase current output for L336i Single phase voltage output Binary output Binary input (A-H) Environment Conditions Other Specification Getting ready for PC controlled operation L336i-Related Products and Accessories PGPS02-GPS-based Synchronization Device IRIG-B Based Synchronization Device 40 2

3 6.3 PSS01 Circuit Breaker Simulator PACB108 Scanning Head Synchronization Control Cable Standard Accessories Soft Bag for Test Leads Transportation Case 49 3

4 Notes: Please turn off the PC and test before connecting data cables. In order to prevent static electricity, the tester must be connected to ground before testing. Avoid electric shock accident when the output voltage is above 36V. It s not allowed to feed external voltage/current into the output side of tester. Disconnect the external circuit of the relay to assure precision. Do not block the ventilation outlets. Avoid the equipment being wet by rain. Do not switch-on and operate the equipment in the place having explosive gas or water vapor Put the kit in the transportation case after testing. The 500V dangerous voltage can be in the equipment and please don t remove the cover by yourself. The software runs under Windows95, 98, Windows2000, Windows XP and Vista. Connect multi-wires in parallel to avoid over current damaging wires. Should be connected grounded. For Your Safety Please Note This symbol indicates potential hazards by electrical voltages/currents caused by, for example, wrong connections, short-circuits, technically inadequate or faulty equipment or by disregarding the safety notes of the following sections. Use Proper Power Cord. Only the power cord designed for the instrument and authorized by local country could be used. Ground The Instrument. The instrument is grounded through the Protective Earth lead of the power cord. To avoid electric shock, it is essential to connect the earth terminal of power cord to the Protective Earth terminal before any inputs or outputs. Observe All Terminal Ratings. 4

5 To avoid fire or shock hazard, observe all ratings and markers on the instrument and check your manual for more information about ratings before connecting. Do not Assemble/Disassemble the Instrument without Authorization The instrument should be assembled and or disassembled by professionalengineers; users are not allowed to perform related operations except for some possible replacements in this manual. Do not Move or Maintain the Instrument When it is Powered On To avoid personnel injuries, any position adjustment, maintenance or parts replacement are forbidden when instrument is on. Use Proper Fuse. Please use the specified fuses. Fuse specification: 10A, 250V Do Not Operate With Suspected Failures. If you suspect damage occurs to the instrument, have it inspected by qualified service personnel before further operations.any maintenance, adjustment or replacement especially to circuits or accessories must be performed by authorized personnel. Keep Well Ventilation. Inadequate ventilation may cause increasing of temperature or damages to the device. So please keep well ventilated and inspect the intake and fan regularly. Do Not Operate in Wet Conditions. In order to avoid short circuiting to the interior of the device or electric shock, please do not operate in a humid environment. Do Not Operate in an Explosive Atmosphere. In order to avoid damages to the device or personal injuries, it is important to operate the device away from an explosive atmosphere. Keep Product Surfaces Clean and Dry. To avoid the influence of dust and/or moisture in air, please keep the surface of device clean and dry. Operate the Instrument in a Suitable Environment The best condition for optimal measurement is: 5 to 40 ; less than 2 /hour changing, 20% to 80% RH and the instrument should not be placed towards the air outlet. Electrostatic Prevention. Operate in an electrostatic discharge protective area environment to avoid damages induced by static discharges. Always ground both the internal and external conductors of the cable to release static before connecting. Proper Use of Solvent Please use the solvent in compliance with instructions specified in its supplier. If necessary, wear protective clothing, gloves and glasses to avoid any injuries. 5

6 Handling Safety Please handle with care during transporting to avoid damages to surface, panel and parts resulting from the falling from your hand. NOTE: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense. 6

7 Preface This manual gives detailed introduction to L336i so that user can have the reasonable, effective and safe operation of this test kit. This manual mainly consists of the following parts: Equipments and functions: This part describes the main hardware parts and their functions. Panel description This part describes the interfaces on the panels and their applications Technical specifications This part describes the application range, measuring precision etc, information to avoid dangerous situation and improper application, meanwhile to improve the reliability. Optional accessories This part describes the optional accessories to extend other special test functions. User chooses them according to the special demand. The complete test system consists of L336i test equipment (used for generating analog test signals), PowerTest test software, Computer which has installed PowerTest software, Test Leads/cables, etc. This manual gives only the description to the hardware part. Please refer to PowerTest software user manual or PowerTest online help for details of the software. Notes: At the test site user should also refer to other safety and test regulations required by his management authorities. This test equipment must be operated by professional test people and careful reading of this manual is required before operating this test equipment. 7

8 1. General Description 1.1 Applications L336i can be used in power plants, substations, and relay manufactures, etc, for the following test applications. Test protective relays Test automation device Power system simulation General calibration equipment Besides, the L336i also provides solutions for UHV, HVDC transmission, remote transmission series compensation, etc. Its test, recorder, real-time monitor functions are helpful for testing process. 8

9 1.2 Features DSP+FPGA digital signal process system L336i signal process platform is based on the most advanced DSP component, and it applies FPGA technology, get signal process ability. It realizes signal s real-time occurrence, recovery and record and runs closed Real-time Multi-functions L336i is connected with Ethernet and PC and it is convenient to operate tester and relays on one PC. Meanwhile, the transmission speed is fast at Ethernet as a result it can improve the response time of the device to realize real-time control and quick test Unique output waveform monitor and record function The tester makes samples from 7 channels of analog outputs and 8 channels of binary inputs. And the samples are saved in data storage area to make a record for wave analysis Alarm function There are two sets of auto systems. One tests voltage source short circuit, current source open circuit, over hot and signal distortion by hardware. The other system makes a DFT calculation for samples by software and makes an analysis on output value to monitor the running conditions. The two systems are independent and can protect it from short circuit, overload, and abnormal voltage. Meanwhile, it provides security for the tested devices Transient playback function L336i provides a perfect transient playback function in test software. It can playback 20 transient signal wave of harmonics and meet every test demand Output precision calibration Conventional test device is based on the internal potentiometer while calibrating accuracy. For the heavy workload, the accuracy is affected by human factors. L336i makes self-calibration by software. It connects to PC through digital standard port and the port connects the tester and PC. While calibrating, the PC send voltage and current values to tester, automatically read the values. The correction factor obtained is sent to tester and saved in Flash to finish the calibration. 9

10 1.2.7 Flexible binary setting 8 binary inputs can be set independently and the setting is potential free or threshold. The threshold is 0-250V Portable and safe The lightest and smallest relay tester with weight of 8.8kg is much more suitable to work at site. 10

11 1.3 Online Adjustment After the PowerTest software runs normally, the online adjustment can begin. For more installation information of PowerTest, please refer to PowerTest Instruction Manual: software description software installation. The steps for hardware online adjustment: 1) Connecting Ethernet interface of L336i with PC by cable. 2) Connecting power supplies of L336i and PC respectively. 3) Switching on PC and L336i. 4) Setting IP address of PC. 5) Double-clicking and entering software control center interface, pushing system settings and choosing Ethernet in Set Comm. Figure 1-1 system settings interface 6) Entering General test/auto test, and clinking or pushing F2 on board. If it is normal, the indication lamp runs as and the tester makes voice., the Run lamp on front panel of cabinet flashes Notes: Keep off the output end to avoid electric shock while L336i puts out. 11

12 2. Components and Functions PC control testing system consists of PowerTest software and L336i tester. The testing software runs on the external PC to transmit control commands and testing parameters to L336i. The tester outputs or gets related signals to finish the whole testing. Functions of software and hardware test: Running the software on the PC Obtaining input data Controlling test signals Processing test data Forming test report L336i hardware test Generating testing signals (current, voltage, binary) Test relay s response Providing DC power to the test object Notes: The manual gives a detailed description for test hardware. For the software information, refer to PowerTest Instruction Manual. 12

13 2.1 Hardware Voltage output (voltage generator) There are 4 channels for voltage output, A, B, C, and Z. A, B, C are simulating three-phase voltage, Z is for extraction voltage or residual voltage. The 4 voltage output channels are independent, so every output amplitude, phase angle and frequency can be set independently without any effect. AC output ranges for 4 voltages: Vrms DC output ranges for 4 voltages: 4 0 ±300V Protection for voltage output: The voltage output can protect the device from short circuit and over hot. When the output is short circuit, the alarm indication lamp on the panel flashes and the analog indication lamp for voltage short circuit flashes and makes a voice. When the output power is too large, the alarm lamp is on and warns, Over hot lamp is on and all analog output is turned off Current output (current generator) There are two types L336i and L336i-E supporting 6x15A or 3x30A and 3x20A separately. L336i: 6x15A or 3x30A Current output consists of group 1 and group 2. The group 2 has current output only that 6 currents are set. AC output range for group 1 and 2: Group 1: Arms (3-current output) Arms (6-current output) Group 2: Arms (6-current output) DC output range for group 1: 3 0 ±10A (3-current output) L336i-E: 3x20A There is only one group. 13

14 Arms The current output channels are independent, so every output amplitude, phase angle and frequency can be set independently without any effect. The current generator is based on DC coupling linear. Protection for current output: All protections are available for open circuit and over hot. The lamp on the software interface is on and flashes when the output is open circuit (Open circuit will not damage tester itself, and the port will not generate high voltage); When heavy power leads over hot, the alarm lamp and over hot lamp light and all current voltage outputs are switched off. Output time under continuous current output: Notes: Single phase output range <10A 10A~20A 20A~30A (only for type 1) Output time Continuous output >70s >15s The maxmium output working time is setting by manufacturer, for 10-20A, Output time limit is 70s, for 20-30A, Output time limit is 15s, if client had special requirements for this working time, please contact manufacturer for more detail for this setting Binary input (8 pairs) There are 8 binary inputs with potential free A-H. Potential free or threshold within 15V-250V can be set by software. The threshold impedance for potential free is shown in figure 2-1. The threshold impedance for potential free can be set by software in 10V-250V. 14

15 Figure 2-1 Characteristics of potential free When connecting with potential free, the polarity should be correct, red to positive, black to negative, otherwise, false tripping will occur. The polarity for A-H shows as below figure 2-2. The software interface for binary configuration (A-H) shows in figure 2-3. Figure 2-2 Polarity for binary input 15

16 Figure 2-3 Binary configuration of A H Notes:Any end of binary input is prohibited from connecting with ground. 16

17 Binary outputs (4 pairs) There are 4 pairs of binary outputs with potential free relay contact. The capacity is: AC/DC, 220V/0.5A. The binary outputs are not only output analog value, but also output switch signal to start other device, such as memory oscilloscope and fault recorder. Figure 2-4 Binary Output Ethernet interface L336i is connected with PC by Ethernet interface to assure the data transmission. The connection between L336i and PC supports crossover cable, clockwise networking cable and automatic identification. The PC system should identify PowerTest setup GPS interface The GPS is connected externally to gain GPS trigger signal and realize double-side simultaneous tests. For detailed instructions, please refer to the chapter CPU The CPU consists of DSP and FPGA, and executes the following functions: Connecting with PC by Ethernet interface Processing digital signal Transmitting all digital signals Generating high precision central clock signal Controlling the whole system 17

18 2.2 Signal generation Digital signal processor is applied in L336i to improve accuracy and sine wave to meet the need of continuously adjustable phase for signal origin. The system with digital signal generator is flexible. The amplitude, offset and phase can be changed according to setting the relative parameters in digital way. Digital change avoids signal drift. Besides sine wave, the test can also have other period and transient signal DSP+FPGA digital signal processing system L336i applies the newest DSP digital signal processing technology, 16 digital and analog transitions and 32 numerical counting accuracy. DSP owns high speed digital signal computing ability. The DSP technology makes data output points increase to 600 points per frequency current which improves transient response time and amplitude-frequency characteristic, also makes device own great real-time closed-loop function. The application of DSP+FPGA improves the output accuracy and output wave in small signal Analog signal generator The advantages of generator: High reliability Smooth output wave and no high harmonic. Small-electricity wave is accurate, no electromagnetic pollution and no disruption with present device. 18

19 3. Panel Description 3.1 Front Panel Voltage output group AC Output: Vrms DC Output: 4 ±0 300V 2. Current output group Current output group 1: Ia Ib Ic L336i: AC Output: Arms (3-current output) Arms (6-current output) DC output: 3 0 ±10A (3-current output) Current output group 2: AC output Arms (6-current output) L336i-E: AC Output: Arms DC output: 3 0 ±10A Figure 3-1 Front panel 3. LED indication 4. Ethernet interface Support crossover cable and clockwise networking cable 19

20 5. Binary output 4 pairs Potential free relay contact (auto detection) 6. Binary input 8 pairs 0-400Vdc threshold or potential free CAT Ⅱ / 400Vr.m.s CAT Ⅲ / 300Vr.m.s CAT Ⅳ / 150Vr.m.s 20

21 3.1.1 LED indication The LED indication on the front panel gives information about the hardware working conditions. In normal working condition the status of LEDs will have the following indication. Table 3-1 LED indication in normal Power on(no output) All current/voltage channels are having outputs Power lamp Lighted Lighted Online lamp Not lighted Lighted and flashing Alarm lamp Not lighted Not lighted The lamps are power lamp, online lamp and alarm lamp from top to bottom Ethernet interface The Ethernet interface is used to connect to external PC via Ethernet control cable. Model: 10/100Base-TX Cable model: category 5 twisted cable 21

22 3.2. Rear panel GPS interface 2. IP reset 3. Power 4. ON/OFF 5. Ground Figure 3.2 Rear Panel GPS interface The interface connects PGPS02 or PIRIG-B01 to realize simultaneous test. The four stars of GPS should be locked to get the real-time function. Please refer to PGPS02 user manual for details. Figure 3-3 L336i and simultaneous connection 22

23 3.2.2 IP reset This reset button is used to restore the IP address of L336i to the default factory setting. Reset steps: Press this button continuously Switch on L336i After this operation the IP address will be restored to the following settings. IP address: Subnet mask: Note: The IP after reset is only valid for the current operation. If users need to fix the default IP, please set it in IP set of PowerTest Ground It is used to test the ground connection of chassis. If the ground terminal is connected, the ground hole cannot be connected. If it is not, the ground hole must be connected with the ground Ventilation The ventilation of L336i/-E isolates air passage from circuit boards of electronic components to assure the clean of circuit. It applies smart fan system, and the wind is controlled by the temperature sensor. When the temperature reaches 50, the fan will quicken automatically and improve cool capacity. The design makes the device heavy load, high current and long-time working capacity to increase stability and reliability. Note: When the device is in work, be sure the ventilation is not blocked. The user is not allowed to uninstall the kit without authorization of the manufacturer. The kit only is maintained by the professional engineer or in the manufacturer s factory after fault. 23

24 3.3 Under panel Figure 3.4 Under panel There is only nameplate information on the under panel indicating the model, S/N, power supply and current, etc. 24

25 4 Technical Specifications 4.1 Main supply Table 4-1 Main supply specification Rated voltage Main supply V(AC) Allow voltage Rated frequency Allow frequency Current 187~253V(AC) 50-60Hz 40~60Hz 10A(max) 25

26 4.2 Insulation class Table 4-2 Insulation Class Insulation Class Over-voltage class Environmental rating Power Ground insulation Functions on front/ rear panel[1] Ground insulation Ⅱ Ⅱ Electrical Clearance: >2.5mm Creepage distance: >4mm Test voltage: 1,500Vrms Electrical Clearance:>1mm Creepage distance: >2mm Test voltage:1,000 V(DC) Function components insulation isolated between front and rear [1] Measurement port class (binary/analog input) Electrical Clearance:>1mm Creepage distance: >2mm Test voltage:1000 V (DC) CAT Ⅱ / 400Vr.m.s CAT Ⅲ / 300Vr.m.s CAT Ⅳ / 150Vr.m.s IP degree :IP20 Pollution degree: PD 2 only indoor use, not for wet condition max operating altitude:2000m [1] Front and rear panel include: AC voltage, AC current, 8 binary inputs and 4 binary outputs. 26

27 4.3 Output The general specification is applicable for analog current and voltage output. Table 4-3 General specification of output Sine signal General specification Frequency 10~1,000Hz Transient signal DC~10.0kHz <1mHz (20Hz-65Hz) Accuracy <10mHz (65Hz-450Hz) <20mHz (450Hz-1000Hz) Resolution 0.001Hz Phase Phase angle range ±360 Accuracy <±0.2 Resolution Note: Phase angle is only for sine wave. All phase, frequency, amplitude of currents and voltages can be set separately without effect. If overload occurs, relative tips will show in hardware and software interface. 27

28 4.3.1 AC current output When the software is set 6-current output, there are outputs in current output group 1 and 2. When the software is set 3-current output, there are outputs in current output group1 only. Table 4-4 AC current output specification Model L336i L336i-E Setting range 6-phase ac(l-n) 6x0~15A / 3-phase ac(l-n) 3x0~30A 3x0~20A 1-phase 1x0~30A (10A/phase) / ac(3l-3l) 1-phase ac(l-l) / 1x0~20A 1-phase ac(l-n) / 1x0~20A 1-phase / 1x60A ac(3l-n) Dc(L-N) 3x0~10A 3x0~10A dc(3l-n) 1x0~30A 1x0~30A Power 6-phase ac(l-n) 6x105VA at 15A / 3-phase ac(l-n) 3x210VA at 30A 3x140VA at 20A 1-phase ac(l-l) 1x420 VA at 30A 1x280 VA at 20A Dc(L-N) 3x100W at 10A 3x100W at 10A Dc(3L-N) 1x300W at 30A 1x300W at 30A Max. compliance voltage(l-n)(l-l ) 10Vpk/20Vpk 10Vpk/20Vpk Accuracy error <0.08% rd.+0.02%rg.guar.,at 0-15A <0.02% rd.+0.01%rg.typ.,at 0-15A <0.08% rd.+0.02%rg.guar., at 0-20A <0.02% rd.+0.01%rg.typ., at 0-20A Ranges 15A or 30A 20A Resolution 1mA 1mA Distortion <0.05% typ. (<0.1% guar.) <0.05% typ. (<0.1% guar.) 28

29 Notes: rd.: reading rg.: range guar.: guarantee typ.: typical Single phase current output for L336i Table 4-5 Single phase current output Single phase output(6-current output for L336i) Current output: currents of both groups connect in parallel then in serial [1] Power: currents of both groups connect in serial then in parallel Connection diagram [1]: 1 0~60A VA~45A Figure groups current connect in parallel then in serial 29

30 In G1 and G2, both N terminals are connected together inside, so there is no necessity to make wiring connection outside again. Software setting [1]: Group 1: currents are in parallel, each phase angle in 3 channels is the same. Group 2: currents are in parallel, each phase angle in 3 channels is the same. The currents in group 1 and 2 are in serial, the differential between two phase angle is 180. The total current amplitude equals to the parallel amplitude of three channels. Note [1]: Single current capacity of each cable is 30A (sectional area of single cable is 2.5mm 2 ). Several cables connecting parallel needs more cables Voltage output Figure 4-3 Power curve for single phase current output Table voltage output Item Model L336i/ L336i-E AC voltage setting ranges(l-n) DC voltage setting ranges(l-n) AC power(l-n) DC power(l-n) Accuracy Resolution Vrm 4 0 ±300V 4 75VA (300V) 4 50W (±300V) <0.08 % rd % rg. guar <0.02 % rd % rg. typ. 1 mv(0v~30v) 10 mv(30v~300v) 30

31 THD% Frequency Amplitude-frequency characteristics Output time Response time 0.1%(2V~300V) 10Hz ~1kHz ranges ±0.1%~±0.5% (10Hz ~1kHz) Continuously output at rated time <100μs 31

32 4.3.5 Single phase voltage output Table 4-7 Single phase voltage output Item Model L336i/L336i-E AC current setting range(l-l) Vrms AC(L-L) 1 150VA (600V) Connection diagram: Any two ports connect parallel among Ua, Ub, Uc, for example Ua, Ub connecting parallel. Software setting: Figure 4-5 Single phase (L-L) output parallel The Ua, Ub phase angle should be contrary (phase angle is 180 ), and the amplitudes mignt not be the same but the total output voltage amplitude should be equal to the sum of Ua and Ub. 32

33 4.3.6 Binary output Table 4-8 Binary output Quantity Type AC capacity DC capacity Binary output 4 pairs Potential free relay contact Vmax:250V(AC)/ Imax:0.5A Vmax:250V(DC)/ Imax:0.5A 4.4 Binary input (A-H) Potential free contact can be set by software. The threshold voltage of potential free can also be set by software within10v-250v. The threshold impedance ranges from 3 k to 5kΩ. Table 4-9 Input (A-H) Quantity Characteristics Max. input voltage Frequency of sampling Time resolution Max. test time Binary input (A-H) 8 binary 0-400Vdc threshold or potential free CAT Ⅱ / 400Vr.m.s CAT Ⅲ / 300Vr.m.s CAT Ⅳ / 150Vr.m.s 10kHz 100μs s Error for timing ± 1ms ( 0.001s ~1s), 0.1% (>1 s) Setting range for debounce time ( software set) Counting function Electricity isolation 0 ms~25ms <3kHz (pulse width>150μs) 8 binary input electricity isolation Threshold voltage error Threshold insulation specification( set as air contact) 10 V~100 V:error<5 V; 100 V~250 V:error <±5% range 3 kω 5kΩ 33

34 Threshold voltage specification(potential contact) 10 V~250 V 34

35 4.5 Environment Conditions Table4-10 Environment condition Environment condition Operation temperature 5~ +40 Storage temperature Relative humidity 80% up to 30,50% at 40 EMC (Emission) IEC /3 EMC (Immunity IEC /3/4/5/6/1 1 Safety IEC/EN : Other Specification Table 4-11 other specification Other specification PC Interface Ethernet interface, 10M/100M GPS Interface RS232 Ground 4mm socket, rear panel Weight 8.8kg Dimension 256 mm 110 mm 395mm (W H D) 35

36 5. Getting ready for PC controlled operation General description The L336i/-E is to be controlled by the external PC via the Ethernet control cable. Steps for setting IP address in PC After the PowerTest is installed we need to set the IP address for the computer. The IP address must be set as * The first three section cannot be changed and the last section can be the number among 2~254 (except 133). PowerTest test software must be properly installed on the PC to control L336i/-E. The installation description of PowerTest test system can be found in PowerTest user manual. To connect the computer to L336i/-E a 10M/100M Ethernet Network Interface Card (NIC) must be installed in the PC. The computer without network card could use a UBS NIC. The drive program of NIC also should be installed. Steps for setting IP address for computer. Step 1: Left click Start/Control panel/network connection ( or right click the icon of Network Neighbour and left click the Properties of drop menu) on the desktop of win2000 or winxp The computer with mounted NIC should be able to log on Internet properly. Set IP address The IP address of L336i/-E is internally fixed as when dispatched from the factory. 36

37 Step 2: Right click Local connection icon Step 4: Click the Properties button Step 3: Left click the Properties Note: the last section of IP address can be any number between (except 133) Step 5: Make the settings Select Use the following IP address Set IP address as Set Subnet mask as Press OK button to confirm the setting Step 6: Make the settings In Local connection window make the following selection Then click the OK button to complete the IP setting. 37

38 Step 7: Check if IP is set properly If IP address is properly set we will see on the right bottom corner the following display If we see the following display on the right bottom corner then we need to make the check as mentioned bellow Check if control cable is connected Check if L336i/-E is powered up Check if IP address is set properly 38

39 6. L336i-Related Products and Accessories This chapter describes the optional equipments and accessories for the L336i test set. Please visit the PONOVO Web site for up-to-date information. Optional accessories Item PGPS02 GPS based synchronization device IRIG-B based synchronization device PSS01 circuit breaker simulator PACB108 scanning head Synchronization control cable Fiber optic cable Fiber optic cable Part No. SAG0101 SAG0102 SAB0101 SAS0101 SAW0015 SAW0016 SAW0017 Standard accessories Item Part No. Color coded current SAW0201/0203 cables Color coded voltage SAW0202 cables Signal cables SAW0204/0205 Flexible terminal SAW0206 adapter Flexible jumpers SAW0207 Crocodile clips SAW0208 U clamps 1# SAW0209 U clamps 2# SAW0210 Pin clamps SAW0211 Power cord SAW0009 Earthing lead SAW0018 PC control cable SAW0012 (LAN) Transportation case SAC

40 6.1 PGPS02-GPS-based Synchronization Device 6.2 IRIG-B Based Synchronization Device It provides GPS synchronization signal in PPS (pulse per second) or PPM (pulse per minute) for synchronized test. Trigger time can be set locally. It converts external IRIG-B signal into trigger pulse to synchronize several of our relay test equipment for synchronized test application. SAG0101 PGPS02 You can synchronize two or more PONOVO test sets by connecting a PGPS synchronization unit to each of the test sets inputs. For detailed information about the PGPS, please refer to the PGPS User Manual, the product catalog, or the PONOVO Web site SAG0102 PIRIG-B Via the PIRIG-B interface box users can connect devices to the L336i test set that either transmit or receive the IRIG-B time reference signal (DC level shift protocol B00x). That way, two or more PONOVO test sets are synchronized. For detailed information about the PIRIG-B, please refer to the PIRIG-B User Manual Table 8-2 Pulse signal level Timing error between two RT GPS Pulse width Weight TTL or RS-232 TYP.<100ns MAX.<500ns 100ms 640g Dimension W x H x D 95x45x160mm 40

41 6.3 PSS01 Circuit Breaker Simulator It can simulate circuit breaker behaviors in three pole or 1 pole tripping of 6-500KV voltage grade, being available for power system, etc. 6.4PACB108 Scanning Head The passive optical scanning head PACB108 detects the status of an LED, that is either an optical pulse output from an energy meter or the binary status of a protective relay or other similar optical source. It provides 12 circuit breaker auxiliary contacts for complex test applications. SAS0101 PACB108 SAB0101 PSS01 This is one of the application examples: Output pulse: 5V or 24V Sampling distance: mm Maximum sampling pulse: 100 pulses/second 6.5 Synchronization Control Cable Synchronization control cable is used to connect more relay test kits for synchronized control. SAW0015 Synchronization control cable 41

42 6.6 Standard Accessories Soft Bag for Test Leads The L336i Wiring Accessory Package contains the following articles: Note: The accessories used with the kit should be supplied by the manufacturer. 1. Colour coded current cables SAW0201/ 0203 colour coded current cable Amount for L336i: 2xred, 2xblack, 2xyellow, 2xblue Amount for L336i-E: 1xred, 1xblack, 1xyellow, 1xblue 1xred, 1xblack, 1xyellow, 1xblue 1xred, 1xblack, 1xyellow, 1xblue The current cables to connect the L336i output to other safety sockets of, generally the current parts, voltage and signal tripping. 42

43 2. Color coded voltage cables SAW0202 Colour coded voltage cable Amount: Amount: 1x red, 1x yellow, 1x green, 1x blue, 1x black The voltage cables to connect the L336i output to other safety sockets of, generally the voltage parts, current and signal tripping. 3. Signal Cable SAW0204/0205 Signal cables Amount: 2xred, 2x black 2xred, 2xblack It connects the L336i with other different sockets, generally with signal tripping and current/voltage testing. 43

44 4. Flexible Terminal Adapter SAW0206 Flexible terminal adapter Amount: 10xred, 10xblack Flexible terminal adapter connect to screw-clip terminals Notes: One end of the adapters have no insulator, users should make sure there is no output during connecting non-safety into the terminals and screw it firmly, then connect the test lead with the other end. the adapters. Users insert the

45 5. Jumper Cable SAW0207 Flexible jumpers Amount: 4xblack Flexible jumper connects current outputs in parallel. 6. Crocodile Clips SAW0208 Crocodile clips Amount: 2xred, 2xblack, 2xyellow, 2xblue Crocodile clips for secondary side to connect to pins or screw types. 45

46 7. U Clamps SAW0209 U clamps 1# SAW0210 U clamps 2# Amount: 10xred, 10xblack 5xred, 5xblack It is used to connect test leads with screw type terminals Notes: One end of the adapters have no Users insert the non-safety into the insulator, users should make sure there is terminals and screw it firmly, then connect no output during connecting the adapters. the test lead with the other end

47 8. Pin clamps Amount: 4xred, 4xblack SAW0211 Pin clamps It is used to connect test leads with screw type terminals. 9. Power Cord D03 Power code QP3D Power code Amount: 1 piece Power cord connects the POM2 with power supply socket. PONOVO will provide relevant plug socket according to different countries. NOTE: D03: Adapter is mainly used in German, Finland, France, Norway, Sweden, Poland, South Korean, Austria, Spain, Hungary, Czech, Ukraine, Turkey, Brazil and Russia etc. QP3D: adapter is mainly used in America, Canada and Taiwan etc. 47

48 10. Earthing Lead SAW0018 Earthing lead Specification: 2.5mm² 4m Amount: 1 piece Earthing lead connects the L336i with ground to ensure kit safety Notes: In order to avoid static L336i with ground reliably before induction, users should connect the testing PC control cable (LAN) SAW0012 PC control cable (LAN) Amount: 1 piece The LAN cable connects the L336i with PC for communications. 48

49 6.6.2 Transportation Case The large-size case with wheels is designed for heavy transport stress with folding hand it is made of fireproof materials and smooth rolling rubber tires. Dimension: 465x250x525mm (WxHxD) Weight: 10kg SAC0105 Transportation case 49