200万高清 双滤光片切换器 ZHM12A-20-2.5规格书

ALANC100014.6 x 3.4 x 3.5 mmRoHS/RoHS II CompliantMSL Level = 1Request Samples Check InventoryPart Number Insertion Loss(dB Max)Return Loss (dB Min) 1-100 MHz100-200MHz 1-40 MHz40 -200MHzALANC10001-EEB30.81.22514.5Part NumberInductance (uH Min) Leakage Inductance (uH ) Interwinding Capacitance (pF Max) DC Resistance (Ω Max) Hi Pot (VAC) Weight (g) Test Condition @100kHz, 0.1V, 0mA DC Bias@ 100KHz, 0.1V@ 100KHz, 0.2VPins 1-2 Pins 4-5 60 sec. Per Piece ALANC10001-EEB31500.5351.21.215000.228ALANC10001 series is RoHS/ RoHS II Compliant and Pb free. Moisture Sensitivity Level (MSL) – Level 1Applicable Standards: IEEE 802.3u and 802.3ab Operating Temperature: -40˚C ~ +85˚CStorage Condition: -40˚C ~ +85˚C (on board),• Uniform transformer windings • Fully automated production lines • Meets IEEE 802.3u and 802.3ab standards • Compatible with 10 BASE-T, 100 BASE-TX and 1000 BASE-T • Symmetric Orientation • Operating temperature range up to -40°C to +85°C •RoHS Compliant•1CT:1CT Transformer • Fast and gigabit Ethernet • Servers, switches and routers• IP cameras, surveillance, and phone • Access points• Industrial computers and robotics • Networking and communications • Broadcast video •Set top boxFeaturesElectrical Specifications @25ºCApplicationsALANC10001 4.6 x 3.4 x 3.5 mmRoHS/RoHS II CompliantMSL Level = 1Request Samples Check InventoryALANC10001 -Marking Method = Ink MarkingOperating Temp. D: -40°C ~ +85°CSchematic EB3Package Size E:6-Pin Packaging T: 2.0K pcs/reel B: BulkPart Identification Polarity MarkingALANC10001 4.6 x 3.4 x 3.5 mmRoHS/RoHS II CompliantMSL Level = 1Request Samples Check InventoryE: 6-pinDimensions: mmA B C 4.60 ±0.203.40 ±0.20 3.50 ±0.20Coplanarity 0.10 MAXMechanical SpecificationsRecommended Land PatternALANC10001 4.6 x 3.4 x 3.5 mmRoHS/RoHS II CompliantMSL Level = 1Request Samples Check Inventory6 - Pin EB3SchematicALANC10001 4.6 x 3.4 x 3.5 mmRoHS/RoHS II CompliantMSL Level = 1Request Samples Check InventoryZone Description Temperature Times 1 Preheat T SMIN ~ T SMAX 150°C ~ 200°C60 ~ 120 sec. 2 Reflow T L 217°C 60 ~ 150 sec. 3Peak heatT P 260°C20 ~ 40 sec. MAXReflow ProfileALANC100014.6 x 3.4 x 3.5 mmRoHS/RoHS II CompliantMSL Level = 1Request Samples Check InventoryTape and Reel: 2,000 pcs/reel Pieces Per Carton: 20,000 pcs Weight Per Carton: 6 kg (approx.)Dimensions of Carton:345 x 345 x 220 mmDimensions: mmA0 B0 W E F P0 P1 P2 D0 T K0 3.704.9012.00 1.75 5.50 4.00 8.00 2.00 1.50 0.40 3.70PackagingALANC10001 4.6 x 3.4 x 3.5 mmRequest Samples Check InventoryRoHS/RoHS II CompliantMSL Level = 1 Dimensions: mmATTENTION:Abracon LLC’s products are COTS – Commercial-Off-The-Shelf products; suitable for Commercial, Industrial and, where designated, Automotive Applications. Abracon’s products are not specifically designed for Military, Aviation, Aerospace, Life-dependent Medical applications or any application requiring high reliability where component failure could result in loss of life and/or property. For applications requiring high reliability and/or presenting an extreme operating environment, written consent and authorization from Abracon LLC is required. Please contact Abracon LLC for more information.。

PD70201EVB25FW-33.3V/25W Isolated Active Clamp Forward Converter PDEvaluation Board User GuideRevision 1.021 About this guideThis user guide provides both description and operation procedures for Microsemi's PD70201EVB25FW-3 evaluating board. This board is used for evaluating the performance of PD70201A PD controller with integrated switching regulator, and PD70224 Dual MOSFET – Based Active Bridge Rectifier.PD70201ILQ device supports both the standard IEEE802.3at PD application interface, and a PWM controller that is used to provide the PD operational voltage.The evaluation board supports a 25 Watt, 3.3V output in its existing configuration, with no heat sink.1.1 AudienceThis user guide is intended for qualified personnel, meaning operators and technicians who have a background in basic concepts of electronics.1.2 OrganizationThis guide is divided into several sections as follows:•Chapter 1 About this Guide: Describes the objectives, audience, and organization•Chapter 2Introduction: Provides an overview about evaluation board’s main functions, features, physical characteristics and ordering information.•Chapter 3Physical Description: Provides explanation related to the physical description (switches, jumpers, connectors).•Chapter 4Electrical Characteristics: Provides electrical characteristics of the evaluation board.•Chapter 5Installation: Provides description of the installation process.•Chapter 6Test Data: Provides board test data information•Chapter 7Schematic: Provides board schematic diagram•Chapter 8List of Material: Provides board’s list of materials.•Chapter 9Board Layout:Provides board Gerber files description for all layers.1.3 Reference DocumentsPD70201 datasheet, catalogue number DS_PD70201PD70224 datasheet, catalogue number DS_PD702242 IntroductionMicrosemi’s PD70201ILQ device is part of a family of devices which are targeted for realizing the 802.3at standard PD interface.The PD interface family of devices includes the following:Device type Power capability Integrates PWMcontrollerNoPD70100 IEEE802.3at Type 1(IEEE802.3 af level)YesPD70101 IEEE802.3at Type 1(IEEE802.3 af level)PD70200 IEEE802.3at Type 2 NoPD70201 IEEE802.3at Type 2 YesPD70210(A) 2 x IEEE802.3at Type 2 (4 pair)NoHDBaseT (95W)YesPD70211 2 x IEEE802.3at Type 2 (4 pair)HDBaseT (95W)Microsemi’s PD70201EVB25FW-3 Evaluation Board (see Figure 2) provides designers with an environment needed for evaluating the performance and implementation of PD applications based on PD70201 controller.The board is using a single PD controller, PD70201ILQ, to support the Detection, Class, and Power Supplying phases on the 4 Pairs of the Cat5 cable. The board supports sync detection of the 4 pairs. PD70201ILQ supports the current of the HDBaseT over 4 Pairs, which is more than twice the power of a standard IEEE802.3AT Type 2 interface.All necessary steps and connection instructions required to install and operate this board are provided within this document.Figure 1: PD70201EVB25FW-3 Block DiagramFigure 2: PD70201EVB25FW-3 Evaluation Board – General ViewEvaluation Boards Ordering InformationMicrosemi supplies the following Evaluation Board as shown below:Ordering Number DescriptionPD70201EVB25FW-32 x IEEE802.3at Type 2 (4 pair) PD based on PD70201 device having 4 pair supply, controlling an isolated Forward converter, having a 3.3V 7.5A output.2.1 Evaluation Board FeaturesDesigned to support Data and Spare current by a single PD70201A devicePower is supplied through the 4-pairs of the Cat5 cableWall Adapter input – Standard Barrel Jack available for connecting to an external 48-54V Wall Adapter.Data pass-through connectorOn board AT detected LED indicatorOn board Power Good LED indicatorT A= -40° to +70°CRoHS compliant2.2 Physical CharacteristicsTable 1 lists evaluation board’s physical characteristics.Table 1: Physical CharacteristicsParameter ValueMechanical dimensions in mm 165 x 57 x 20 mm (L x W x H)3 Physical Description3.1 Package ContentsUpon opening the Evaluation Board package, verify the following part is included.If it seems damaged, contact local representative or Microsemi's headquarters.Package content for standard shipments is:PD70201EVB25FW-3 Evaluation Board.Wall Adapter Input Cable3.2 ConnectorsThe following sections provide both general and detailed information regarding unit’s connectors.3.2.1 Connectors TableTable 2 lists the Evaluation Board's connectors.Table 2: Connectors List#Connector Name Description1 J1 Magjack RJ45 port for Data + Power In for PSE connection2 J2 Wall Adapter Input Standard Barrel Jack used for 48V Wall Adapter. Wall adapter connection will be automatically sensed and will override the PSE power connected to J1.3 J3 Converter Output Screw terminals for easy connecting a load to 3.3V output.4 J4 RJ45 Connector An RJ45 port for Data pass – through output3.2.2 Connectors Detailed Explanation(The numbering is in reference to the numbers listed in Table 2.)1. RJ45 Connectors.See Figure 3.Table 3: RJ45 ConnectorsJ1 & J4 Pin No Signal Name DescriptionJ1 - 1, 2 Data and Power In Data and power input to powered device (PoE Master Negative data port)J1 - 3, 6 Data and Power In Data and power input to powered device (PoE Master Positive data port)J1 - 4, 5 Data and Power In Data and power input to powered device (PoE Master Positive data port)J1 - 7, 8 Data and Power In Data and power input to powered device (PoE Master Negative data port)J1 & J4 Pin No Signal Name DescriptionJ4 - 1, 2 Data Output Isolated data pass-through to external monitoring device.J4 - 3, 6 Data Output Isolated data pass-through to external monitoring device.J4 - 4, 5 Data Output Isolated data pass-through to external monitoring device.J4 - 7, 8 Data Output Isolated data pass-through to external monitoring device.Figure 3: Front RJ45 and Auxiliary 48V Wall Adapter Connectors2. Wall Adapter ConnectionsSee Figure 3.J2 Pin No Signal Name Description Center Pin VIN (+) 42V to 57V input from wall adapter.Outer Barrel VIN (-) Wall Adapter Return3. V out ConnectionsSee Figure 4.Table 4: Output Load ConnectionsPin No. Signal Name Description J3 - 2 Vout (-) Return of DC-DC output voltage J3 - 1 Vout (+) Positive DC-DC output voltageFigure 4: V out Connections3.3 IndicationsThe following sections provide general information regarding unit’s indications.3.3.1 LED IndicationSee Figure 5.D16 is the AT_FLAG indication LED, a PD70201 device output signal indicating the device has detected a 2 finger class event from the PSE side in the class stage.D5 is the Power Good indication, a PD70201 device output signal indicating presence of PoE power.D14 is the input power indicator, indication power presence from either PoE or auxiliary source (wall adapter).Figure 5: LED Indications4 Electrical CharacteristicsEvaluation board’s electrical characteristics are described below:Table 5: Electrical CharacteristicsParameter Min MaxMain DCSupply –42*57VJ1, VIN+,VINRTNWallAdapter4257VSupply –J2, VIN+,VINRTNOutput3.25 3.40VvoltageMaximum7.5AOutputCurrentPort- 1.5kVrmsIsolation toChassis*After start-up, the minimum voltage is 37V with load ≤ 13W per IEEE specification.5 Installation5.1 Preliminary Considerations and Safety PrecautionsIf using an external supply in place of a PSE, verify the external power supply is turned “off”before all peripheral devices are connected. Insure the external supply is connected to theRJ45 input (J1) per Table 3.5.2 Initial ConfigurationNote: It is important to verify evaluation board is setup as shown in Figure 6 prior to starting any operation.1. Connect load to evaluation board (J3 -1 (+) & J3 – 2 (-), or TP17 (+) & TP16 (-)).2. Connect a Cat5 cable from PSE to Evaluation Board (J1), or a 48V Wall Adapter to Evaluation Board (J2). Note: Wall Adapter will override power from PSE.6 Test DataThis chapter describes typical EVB test data under various loads and POE input voltage levels. The efficiency is indicated up to 15A output load current.Overall efficiency is measured at the input to the bridge. It does not include system-level components (input/output connectors, data transformer, and EMI filter).ܧ݂݂=ܸ݋ݑݐ∗ܫ݋ݑݐܸ݅݊∗ܫ݅݊DC-DC efficiency is measured after the PD chip.6.1 Efficiency vs. Input Voltage to the bridge at full load (7.5A)Figure 7: Efficiency vs. Input Voltage6.2 Efficiency vs. Load Current at 48V Input to the bridgeFigure 8: Efficiency at 48V Input90.5%91.0%91.5%92.0%92.5%4045505560Input Voltage, VEff Overall (with bridge)Eff DC-DC87%88%89%90%91%92%34567Load curent (amps)Efficiency at 48VEff Overall (with bridge)Eff DC-DC6.3 Efficiency vs. ambient temperature at 48V input to the bridge at full loadFigure 9: Efficiency vs. temperature at 48V Input6.4 Output Ripple measured with 20 MHz bandwidthFigure 10: Full Load Voltage Ripple and Noise at 48V Input (100mV/div)89%90%91%92%93%-50-40-30-20-1001020304050607080Eff overall (with bridge)Eff DC-DCFigure 11. Proper ripple measurement6.5 Bode Plots at full load at 48V inputFigure 12. Bode plots (gain and phase)Phase margin: 70o, gain margin: -12dB.6.6 Step Load Response for transitions between 15% and 100% load at 48V inputFigure 13: Load Step Response (100mV/div)7 SchematicFigure 14: Evaluation Board Schematic (1 of 2)Figure 15: Evaluation Board Schematic (2 of 2)8 List of MaterialsQTY REFERENCE Value Description Mfr. Name Mfr. Part Number3 C2,C16, C158 1nF Cap 1nF 100V 10% X7R 0603SMTSamsung CL10B102KC8NNNC2 C3,C160 2.2uF CAP CER 2.2uF 100V 10%X7R 1210 SMTKemet C1210C225K1RACTU1 C8 100n Capacitor, X7R, 100nF 100V10% 0805TDK C2012X7R2A104K1 C9 47uF CAP ALUM 47uF 100V 20%105C RADIAL 8X15Samsung NHA100VB47M1 C10 820uF CAP ALUM 820UF 6.3V 20%RADIAL THNichicon RL80J821MDN1KX1 C11 22uF CAP CRM 22uF 10V 1206X7R SMTTDK C3216X5R1A226M1 C12 1uF Capacitor, X7R, 1uF, 10V,10% 0603Kemet C0603C105K8RACTU2 C14,C40 100n Capacitor, X7R, 100nF, 16V,20% 0805Kemet C0805C104M4RACTU1 C15 1uF Capacitor,X7R, 1uF, 25V,10% 0603MurataGRM188R71E105KA12D1 C17 100n CAP CRM 100nF 100V10%X7R 1206 SMTKemet C1206C104K1RACTU1 C18 1nF Capacitor, X7R, 1nF, 16V,10% 0603Samsung CL10B102KANNNC1 C19 1u CAP CRM 1uF 10V 10%X7R0805 SMTTDK C2012X7R1C105K2 C20,C159 1n CAP CRM 1nF/2000V10%++X7R 1206 SMTAVX 1206GC102KAT1A1 C21 22n Capacitor,0.1uF, X7R, 10V,10% 0603Walsin 0603B223K250CT1 C22 4.7NF CAP CRM 4.7nF 16V 10%X7R 0603 SMTSamsung CL10B472KB8NNNC1 C23 47n Capacitor, X7R, 47nF, 50V,10% 0603TDK C1608X7R1H473K1 C24 0.1 uF Capacitor,0.1uF, X7R, 10V,10% 0603Kemet C0603C104K8RACTU1 C25 1uF CAP CRM 1uF 16V 10%0805X7R SMTMurata GRM21BR71C105KA016 C27,C37,C39,C152,C153, C16410nCAP CRM 10nF 100V 5% X7R0805 SMTKemet C0805C103J1RACQTY REFERENCE Value Description Mfr. Name Mfr. Part Number3 C28, C29, C30 22n CAP CRM 22nF 200V 10%X7R 0805 SMTVishay VJ0805Y223KXCAT1 C31 1uF CAP CRM 1uF 25V 10% X7R0805 SMTAVX 08053C105KAT2A1 C33 0.1uF CAP 100NF 25V X7R 10%0603MurataGRM188R71E104KA01D1 C34 22uF CAP CRM 22uF 25V 20%1210 X7R SMTMurataGRM32ER71E226ME15L1 C51 4.7u Capacitor, X7R, 4.7uF, 25V,10% 1210Taiyo Yuden TMK325BJ475KN-T1 C154 10pF CAP CRM 10pF 50V 5%NPO0805 SMTSamsung CL21C100JBANNNC1 C155 470p CAP CRM 470pF 50V 10%X7R 0805 SMTWalsin 0805B471K500CT2 C156, C157 2.2nF CAP CRM 2.2nF 2000V X5R1206 SMTWalsin 1206B222K202CT1 D1 SMAJ40A DIODE TVS 40V 400W 5uA6.2 Amps Uni-Dir SMTBourns SMAJ40A1 D2 ES1C-13-F DIODE SUPER FAST 150V 1ASMA SMTDiodes Inc. ES1C-13-F2 D4,D24 SMAJ58CA TVS DIODE 58VWM 93.6VCSMADiodes Inc. SMAJ58CA-13-F3 D5,D14, D16 SSC-GR101 LED SuperGreen 16mcdh=0.8 0603 SMDSEOUL SSC-GR1012 D6,D21 1N4148W-7-F DIODE SW 100V 0.15ASOD123 SMTDiodes Inc. 1N4148W-7-F1 D7 BAT54SLT1G Diode Schottky Dual 200mA30V SOT23 BAT54SON Semi BAT54SLT1G4 D8,D17,D22,D25MBR0540T1GDIO SCHOTTKY 40V500mASOD123 REC. SMTON Semi MBR0540T1G1 D10 B2100-13-F DIODE SCHOTTKY 100V 2ASMBDiodes Inc. B2100-13-F1 D12 BAV99W Diode, Dual SwitchingBAV99W SOT323NXP BAV99W1 D23 SMAJ20CA DIODE TVS 20VWM 32.4VCSMTDiodes Inc. SMAJ20CA-13-F1 D28 SMAJ58A DIO TVS 58V 40ASRG400WPK SMA SMTVishay SMAJ58A1 D29 TLV431AIDBZR IC PROG. SHUNTREGULATOR SOT23-3 1%SMTTI TLV431AIDBZR1 J1 08261X1TGH-F CONN MAGJACK 1PORT1000 BASE-TBel Stewart 08261X1TGH-F1 J2 RAPC712X DC Power Jack 16V 5A THPin dia 2.5mmSwitchcraft RAPC712XQTY REFERENCE Value Description Mfr. Name Mfr. Part Number1 J3 ED700/2 TERMINAL BLOCK 20A 5mm2POS PCBOnShore ED700/21 J4 RJ45 CON RJ45 SINGLE 8 POS.SHIELDEDBel Stewart SS71800-007F2 L1,L5 4.7uH FIXED IND 4.7uH 5.5A40mOHM SMDVishay IHLP2525CZER4R7M011 L2 2.7uH Inductor 2.7uH 12A2.6mOhm SMTCoilcraft SER1360-272KL1 L3 4.7MH[4700uH} FIXED IND 4700uH 40mA48OHM SMDBourns SDR0503-472JL1 L6 2uH Fixed Inductors2 uH 20%45ACoilcraft SER2010-202MLB1 Q1 PSMN1R4-30YLDX MOSFET N-CH with Schottky30V 1.4mOhm 30VNXP PSMN1R4-30YLDX1 Q2 FDMS86250 MOSFET PT5 150V 25mOhmNch Power-56Fairchild FDMS862501 Q3 BSC0902NSI MOSFET N-Ch 30V 100ATDSON-8Infineon BSC0902NSI1 Q8 ZVP3310FTA MOSFET P-CH 100V 75MASOT23-3Diodes Inc. ZVP3310FTA1 Q10 BSS123 FET NCH 100V 0.15A 6RLogicLevel SOT23Infineon BSS1231 Q14 IRF6216TRPBF MOSFET P-CH 150V 2.2A 8-SOICI.R. IRF6216TRPBF1 Q15 MMBT2222A_NL TRN NPN 40V 600mA SOT23MMBT2222Fairchild MMBT2222A_NL1 R4 22.1 RES TCK FLM 22.1R 62.5mW1%0603 SMTSamsung RC1608F22R1CS1 R8 24.9K RES TK FLM 24.9K100mW1% 0805Bourns CR0805-FX-2492-ELF1 R9 0 RES TCK FLM 0R 62.5mW 5%0603 SMTPanasonic ERJ3GEY0R00V2 R11,R15 100 RES TCK FLM 100R 62.5mW1%0603 SMTYageo RC0603FR-07100RL1 R12 62 mOhm RES .062 OHM 1/2W 1%1206 SMTPanasonic ERJ8BWFR062V1 R14 20 Resistor, 20 OHM 5% 1/10W0603Rohm MCR03EZPJ2001 R16 510 RES 510R 1% 1/10W 0603SMDYageo RC0603FR-07510RL1 R18 240K Resistor, 240K, 1%, 1/10W0603Rohm MCR03EZPFX24032 R19,R23 20K RES 20K 62.5mW 1%0603SMT FLMPanasonic ERJ3EKF2002V1 R20 8.25K RES 8.25K 62.5mW 1% 0603SMTYageo RC0603FR-078K25-LQTY REFERENCE Value Description Mfr. Name Mfr. Part Number1 R21 30.9 Resistor, 30.9R 1%, 1/10W0603Panasonic ERJ3EKF30R9V1 R24 1.2K Resistor, SMT 1.2K, 5%,1/10W 0603Panasonic ERJ3GEYJ122V5 R25,R26,R69,R71,R100RES TCK FLM 0R 62.5mW 5%0603 SMTRohm MCR03EZPJ0001 R27 100K RES 100K 62.5mW 1% 0603SMT FLMSamsung RC1608F1003CS1 R28 4.87k Resistor, 4.87K 1% 1/10W0603Yageo RC0603FR-074K87L3 R29,R52, R55 100K Resistor, 100K, 5%, 1/16W ASJ CR16-104JL1 R30 43.2K RES 43.2K 100mW 0603 SMT1%ASJ CR16-4322FL2 R33,R34 562K RES 562K, 1%, 1/16W, 0603 Vishay CRCW0603562KFKEA1 R36 18.7K Resistor, 18.7K, 1%, 1/16W0603Rohm MCR03EZPFX18721 R37 2K RES 2K 62.5mW 1% 0603SMT FLMVishay CRCW06032KFKEA1 R38 1K RES 1K 250mW 1%1206 SMTFLMSamsung RC3216F1001CS1 R47 20K RES TK FLM 20K 250mW1%1206Samsung RC3216F2002CS2 R49,R128 5.11K RES TCK FLM 5.11K250mW1% 1206 SMTSamsung RC3216F5111CS1 R51 100 Resistor, 100 Ohm, 5%,1/16W 0603Samsung RC1608J101CS4 R60,R61,R62,R6375RES 75R 125mW 1% 0805SMTYageo RC0805FK-0775RL1 R64 1K RES TCK FLM 1K 125mW 1%0805 SMTRohm MCR10EZPF10011 R65 10K RES 10K 125mW 1%0805SMT Thick FilmVishay D12 10K FCS-E31 R66 2.7 Resistor, SMT 2.7 Ohm, 5%,1/16W 0603ASJ CR16-2R7JL1 R67 2.2 RES TCK FLM 2.2R 0.5W 5%1210 SMTKOA RK73B2ETTD2R2J2 R70,R101 0 RES TCK FLM 0R 125mW 5%0805 SMTBourns CR0805-J/-000-ELF2 R89,R92 15K RES 15K 250mW 1%1206SMT FLMRohm MCR18EZPF15021 R94 620 RES 620 OHM 1/10W 1%0603 SMTKOA RK73H1JTTD6200FQTY REFERENCE Value Description Mfr. Name Mfr. Part Number1 R126 0 RES 0R 250mW 5%1206 SMTJUMPER<0.05RSamsung RC3216J000CS1 SC1 SHORT1 T1 95uH Transformer forward 3.3V7.2ATesla TX4015Coilcraft TA-7861-AL1 T6 1.47mH Inductor common mode1.47mH2.8A SMDPulse P0351NL1 U1 PD70224 Ideal Diode Bridge 6x8 SMTPD70224Microsemi PD70224ILQ-TR1 U2 PD70201 AT POE PD controller forIEEE 802.3 PD70201Microsemi PD70201ILQ-TR1 U3 FOD817ASD OPTOISOLATOR 5KVTRANSISTOR 4 SMDFairchild FOD817ASD1 U5 FAN3111CSX IC GATE DVR 1CH 1A LOWSOT23-5Fairchild FAN3111CSX2 VR1,VR3 MMSZ4702 DIODE ZENER 15V 500MWSOD123_MMSZ4702Fairchild MMSZ47021 VR2 MMSZ4705T1G DIODE ZENER 18V 500MWSOD-123ON Semi MMSZ4705T1G8 TP1,TP2,TP3,TP4,VINRTN,VIN+, PGOOD,AT_FLAGHK-2-G-S05TEST POINT TIN PLATEDHEADMAC-8 HK-2-G-S05 Parts may be replaced by approved equivalent.9 Board LayoutThis section presents the layout of the evaluation board.The board is a 2 layer board. All layers are 2 Oz layers. Below figures present the 2 copper layers and the silk of the board for tracking devices placements.Figure 14: Top Silk and Solder MaskFigure 15: Bottom Silk and Solder Mask (Image Looking From Bottom)Figure 16: Top LayerFigure 17: Bottom LayerThe information contained in the document (unless it is publicly available on the Web without access restrictions) is PROPRIETARY AND CONFIDENTIAL information of Microsemi and cannot be copied, published, uploaded, posted, transmitted, distributed or disclosed or used without the express duly signed written consent of Microsemi. If the recipient of this document has entered into a disclosure agreement with Microsemi, then the terms of such Agreement will also apply. This document and the information contained herein may not be modified, by any person other than authorized personnel of Microsemi. No license under any patent, copyright, trade secret or other intellectual property right is granted to or conferred upon you by disclosure or delivery of the information, either expressly, by implication, inducement, estoppels or otherwise. Any license under such intellectual property rights must be approved by Microsemi in writing signed by an officer of Microsemi.Microsemi reserves the right to change the configuration, functionality and performance of its products at any time without any notice. This product has been subject to limited testing and should not be used in conjunction with life-support or other mission-critical equipment or applications. Microsemi assumes no liability whatsoever, and Microsemi disclaims any express or implied warranty, relating to sale and/or use of Microsemi products including liability or warranties relating to fitness for a particular purpose, merchantability, or infringement of any patent, copyright or other intellectual property right. Any performance specifications believed to be reliable but are not verified and customer or user must conduct and complete all performance and other testing of this product as well as any user or customers final application. User or customer shall not rely on any data and performance specifications or parameters provided by Microsemi. It is the customer’s and user’s responsibility to independently determine suitability of any Microsemi product and to test and verify the same. The information contained herein is provided “AS IS, WHERE IS” and with all faults, and the entire risk associated with such information is entirely with the User. Microsemi specifically disclaims any liability of any kind including for consequential, incidental and punitive damages as well as lost profit. The product is subject to other terms and conditions which can be located on the web at /company/terms-and-conditionsRevision HistoryDescriptionRevision Level / Date ParagraphAffected/Page1.01 / 18-June-16 Initial release1.02 / 24-August-16 Page #2, 1.2Chapter 1-ErrorOrganization,Chapter 1© 2016 Microsemi Corp.All rights reserved.For support contact: ************************Visit our web site at: Catalog Number: PD70201EVB25FW-3_UG_EVB。

Specification For ApprovalCustomer :Description : Thermoelectric cooler 200WCustomer part no : Rev. :Delta model no : HET200PC Rev. : 05 Sample issue no :Sample issue date : Aug.5 2020Please send one copy of this specification back after yousigned approval for production pre-arrangementApproved by :Date :DELTA ELECTRONICS, INC.252, SHANG YING ROAD, KUEI SAN TEL : 886-(03)-3591968 TAOYUAN HSIEN 333, TAIWAN, R. O. C. FAX : 886-(03)-3591991Table of contentModify the airflow & Certified safety (13)1.Description (4)1-1. General description : (4)1-2. Main feature (Operating 48VDC at 25ﾟC) (4)1-3. Dimension (5)1-3-1 Drawing (5)1-3-2 Mounting panel cutout (6)1-4. Maintenance (7)1-5. Thermal path and airflow baffle (7)2.Electrical specification (8)2-1. Indicator & connector (8)2-2. Cooling Performance VS Temperature Difference (8)2-3. TEC work temperature range (8)2-4. Interface (9)3.Environmental conditions (11)3-1. Operating temperature : (11)3-2. Storage temperature : (11)3-3. Humidity (11)3-4. Protection rating (11)3-5. MTBF (11)4.Certified safety (12)4-1. Safety Mark (12)er cable (12)5-1Power cable (12)Specification for approvalCustomer :Description : Thermoelectric cooler 200WCustomer P/N : Rev. :Delta model no. : HET200PC Rev. : 03 Sample revision: Issue no. : Sample issue date : Quantity : sets1. Description1-1. General description :The Thermoelectric cooler (TEC) is designed for direct air to air heat removal in the cabinet. It is easy to be installed in the cabinet(recommended on the door of the cabinet) with the nuts.The internal and external air circulation loops of the TEC Module are separated to prevent the entry of dust, humidity and dirt. The unit conforms to IP55 protection rating on the external air circuit.1-2. Main feature (Operating 48VDC at 25ﾟC)*200 W cooling capacity is defined at △T=0℃and Tambient =25℃*The cooling capacity is defined when the internal and external airflow rate are at 100 CFM and 120 CFM, accordingly.*Cooling capacity is for internal side.1-3. Dimension1-3-1 Drawing(1) Material : case aluminum sheet , t=1.5mm(2) Finish : Power paint 75~120um,(3) Color : RAL 7032(4) Dimension tolerance:X.X [X.XX] : ± 1.0mm [0.04”]X.XX [X.XXX] : ± 0.3mm [0.012”]1-3-2 Mounting panel cutout1-4. Maintenance1-4-1. Be sure to disconnect power supply before disassembly TEC module from customer cabinet.1-4-2. Please refer to Delta authorized engineers for TEC module component replacement service, no allow unauthorized personnelto repair the unit.1-4-3. If the replacement by user himself is necessary, please refer to the exploded drawing shown as previous page and below descriptionfor disassembly.External fan: Disassemble mounting screw of external fan via screwdriver & pull out the connector.Internal fan: Disassemble mounting screw of internal fan via screwDriver & pull out the connector.Controller: Need to disassemble internal fan first , then pull-out all cable connection on controller , take off mounting screw of controllerfinally .TEC device: Due to TEC device have waterproof sealant protection and thermal conductive compound with heat-sink, please kindlyship back to Delta for replacement.1-5. Thermal path and airflow baffleThe thermal exchange path is shown in the figure below.2. Electrical specification2-1. Indicator & connectorConnector " -48V VDC " mate with JWT C4201WR0-2*3PNL 2-2. Cooling Performance VS Temperature Difference2-3. TEC work temperature rangeHET200PC has two work status, cooling and heating, according to the cabinet internal temperature (detect by on-board NTC).2-4. InterfaceHET200PC control-board interface is as diagram. The function will be described as following:LED and Test Button:LED "STATUS"(Green) : HET200PC work in cooling mode(Red) : HET200PC work in heating mode(Dark): HET200PC TEC function OFF(Blink red) : Sensor failed⏹LED "TEC" *(Green) : TEC normal(Red) : TEC failed(Blink green) : TEC normal in test process(Blink red) : TEC failed in test process⏹LED "FAN"(Green) : Fan normal(Red) : Fan failed(Blink Green) : Fan normal in test process(Blink Red) : Fan failed in test process⏹TESTThere is an auto test button on HET200PC, user can press this button to run heating and cooling process, the process is about 3~4 mints. User can turn off this function by pressing this button again.Alarm dry contact: (MAX. 60VDC 400mA or 125VAC, 400mA)⏹Pin1 to pin3 “Close”:Normal⏹Pin1 to pin3 “Open”:Fan, TEC or sensor failed⏹Pin2 to pin3 “Open”:Normal⏹Pin2 to pin3 “Close”:Fan, TEC or sensor failed3. Environmental conditions3-1. Operating temperature :-40°C ~ +55°C (-40°F ~ 131°F)3-2. Storage temperature :-40°C ~ +65°C (-40°F ~ 149°F)3-3. HumidityExternal air circuit: 0 ~ 100% RHInternal air circuit: 0 ~ 90% RH3-4. Protection ratingIP55 (IEC60529) on external side with mounting on door.GR487 salt fog test complied on external side3-5. MTBFFan lifetime is expected to have a minimum L10 life of 80,000 hours continuous operation at 40°C with 15 ~ 65%RH at 48 voltage4. Certified safety4-1. Safety Mark5. User cableEach HET200PC will provide 1 cable with shipment.5-1 P ower cable。

High Voltage AmplifierOperating ManualTable of ContentsPart 1.Important Safety Notice (3)Part 2.Product Overview (4)Part 3.Setup and Operation (5)3.1.HVA200 Controls and Features (7)Part 4.HVA200 Specifications (8)Part 5.Maintenance (10)5.1.Fuse Replacement (10)5.2.Ventilation (10)5.3.Troubleshooting (10)Part 6.Warranty Information (11)Part 7.Declaration of Conformity (12)Part 8.Regulatory (13)Part 9.Thorlabs Worldwide Contacts (14)Table of FiguresFigure 1:HVA200 Front Panel Features (7)Figure 2:HVA200 Rear Panel Features (7)Figure 3:Typical Gain Bandwidth (9)Part 1. Important Safety NoticeDanger High VoltageThe HVA200 can produce hazardous voltages andcurrents which may be harmful or even lethal. Usecaution and exercise preventative safety measuresto prevent contact between these high voltages andany personnel.Warning!The line switch and fuse must be set to the correctmains voltage. The unit is shipped ready tooperate on 115 V. To operate on 230 V, the lineswitch and fuse must be changed. See Section 5.1:Fuse Replacement.Do Not Open Housing!The HVA200 has no user-serviceable parts. Service should only beperformed by trained service personnel.Part 2. Product OverviewThe Thorlabs HVA200 High Voltage Amplifier is designed to directly drive the Thorlabs Electro-Optic Modulators. The amplifier features: a large, ±200 V output, a continuous current output of 100 mA, a wide, 1 MHz bandwidth, and low noise. The voltage gain of -20 boosts the input up to the high voltages needed to drive our lithium niobate broadband modulators. An adjustable bias allows for precise DC offset control.The HVA200 uses a high voltage, wideband, high slew rate output amplifier to achieve an output range of ±200 V at a bandwidth up to 1 MHz. The input amplifier includes a summing junction which allows an adjustable DC bias to be added to the input modulation. This composite signal is then boosted by a fixed voltage gain of 20 by the output amplifier. For added safety, a front panel HV Enable button must be pressed to connect the HV output to the output BNC. The output is automatically disabled each time the HVA200 is powered on.The DC Bias control consists of a rotary encoder which allows precise control and repeatability. The bias adjustment is typically used to shift the DC level of the output as needed by the application.A voltage monitor output is provided to allow real-time monitoring of the high voltage output. The monitor has a scaling of 20:1 so that an output of 200 V results in a 10 V monitor voltage.Part 3. Setup and Operation WarningBefore plugging the amplifier into an AC outlet, check that the lineswitch voltage matches your AC outlet. The amplifier is configuredfrom the factory to operate on 115 V by default. The fuse and lineswitch will need to be changed for 230V operation. See Section 5.1:Fuse Replacement.To setup the unit, refer to Figures 1 and 2, and the legend table on the preceding page andperform the following steps:1. See the warning above. Attach the supplied AC power cord to the ACconnector on the rear panel and plug into a suitable AC outlet.2. Connect an EO-modulator to the HV Output connector (6) on the front panel. HV Output Warning The HV output is capable of producing hazardous voltages andcurrents. The HV output will handle an accidental short circuitwithout damage, but the output should not be shortedcontinuously. The current is internally limited to 100 mA.3. (Optional) Connect the HV monitor (4) to an oscilloscope or volt meter. Theinput impedance must be at least 50Ω; however, at this value the ratio will be40:1. The true HV Output to monitor ratio can be calculated with the followingequation:()inputinput monitor out R R V V Ω+=5020Where:V out is the HV outputV monitor is the HV Monitor outputR input is the input impedance of the measurement deviceFor impedance values of 50Ω, the equation becomes:monitor out V V 40=For impedance values of greater than 10 k Ω, the internal impedance isinsignificant and the equation becomes:monitor out V V 20=The HV Output Monitor requires a minimum load of 50Ω. Theport will handle an accidental short circuit without damage, butmust not be shorted for more than 5 sec to prevent excessive heating of the output resistor. The output will source up to 200mAwhen a short circuit is applied.4.If a modulating signal is to be used, connect it to the Modulation Inputconnector (2) on the front panel. This signal will be amplified by a fixedvoltage gain of -20.5.Turn the power switch (1) on. At this point the amplifier is powered up but theHV Output is disabled. The power indicator should be illuminated. If not,check the AC fuse (see page 10). Confirm that the HV Enable LED (5) is off.6.After confirming that all connections are correct, the amplifier output can beenabled by pressing the HV Enable button on the front panel (5).7.Adjust the amplitude of the modulation signal as needed.8.The DC level of the output can be shifted by adjusting the DC Bias Adjustcontrol (3).Legend Table for Facing PageLegend Description1 Main Power Switch2 Modulation Input Signal - BNC3 DC Bias Adjust Knob & Indicator Dial4 HV Output Monitor - BNC5 HV Enable Button6 HV Output – BNC (DANGER, High Voltage)7 AC Input Connector – IEC and Fuse Drawer8 CoolingFan9 Line Voltage Selector Switch3.1. HVA200 Controls and FeaturesFigure 1: HVA200 Front Panel FeaturesFigure 2: HVA200 Rear Panel FeaturesPart 4. HVA200 SpecificationsSpecification DescriptionPhysical FeaturesInput Connector BNC (± 10V, 10 mA)HV Output Connector2 BNC (± 200V, 100 mA)HV Monitor Connector3 BNC (± 10V, 200 mA, Min Load 50 Ω)Bias Adjustment Digital EncoderOutput Enable Front Panel PushbuttonOutput HV Indicator Bright LEDPower Switch Rocker SwitchDimensions 9″ x 5″ x 12.5″228.6 mm x 127 mm x 317.5 mmlbs Weight 11.6 Other Tilting Rubber-Padded FeetMax Ratings:Max Output Current 100 mA DCMax Input Voltage Range -10 to 10 VFuse Rating 630 mA @ 115 VAC (5x20 mm SLO-BLO)400 mA @ 230 VAC (5x20 mm SLO-BLO)Operating Temperature Range 10 to 40°C, MAX 85% RHElectrical CharacteristicsMax. Input Voltage Range -10 to 10 VInput Impedance 1 kΩOutput Voltage -200 to 200 VOutput Impedance 50ΩSlew Rate 400 V/μsOutput Noise 1.5 mV RMSVoltage Gain1-20 ± 2%DC Bias Adjust -200 to 200 VHV Monitor to Output Ratio:With Input Impedance of 50Ω40:1 (Vout / 40 ± 6%)With Input Impedance of >10 kΩ20:1 (Vout / 20 ± 6%)HV Monitor Output Impedance 50ΩAC Power 115V/230V, 50-60 Hz, 70 VA1 The voltage gain is inverted to preserve the high slew rate of the output amplifier (i.e., a -1 V input results in+20 V output).2 The HV output will handle an accidental short circuit without damage, but the output should not be shortedcontinuously.3 The HV monitor output will handle accidental short circuits without damage, but must not be shorted for morethan 5 sec to prevent excessive heating of the output resistor. The HV monitor output will source up to 200 mAwhen a short circuit is applied.Figure 3: Typical Gain BandwidthTypical Gain Bandwidth 151821242710100100010000100000100000010000000Frequency (Hz)Voltage Gain(dB)Part 5. MaintenanceThe HVA200 amplifier needs very little maintenance under normal operating conditions. There are no serviceable parts in the HVA200. The enclosure may be cleaned by wiping with a soft damp cloth. If you suspect a problem with your HVA200 please call Thorlabs and technical support will be happy to assist you.5.1. FuseReplacementThe AC input is protected by a fuse located in a pull out compartment drawer on the rear panel AC connector. Refer to Figure 2 on page 7. If replacement is needed, disconnect the power cord from the back of the amplifier and pull the fuse compartment drawer out to expose the fuse. A small screwdriver may be used to pry the drawer open.Replace the fuse with the correct rating. Do not use a fuse with a current rating higher than the unit is rated for. The fuse ratings are as follows:•115V: 630 mA 5x20mm SLO-BLO•230V: 400 mA 5x20mm SLO-BLO5.2. VentilationFor proper operation and protection of the output amplifier, it is important that the ventilation passages located on the sides and rear of the unit not be obstructed from free airflow.5.3. TroubleshootingProblem Solutions“PWR ON” not illuminating, unit is notfunctioningCheck that the power switch in the on position, the mains connection is correct, and the fuse has not been damaged.Output will not enable, “OUTPUT ON” isflashingThe amplifier has gone into a protection mode because the circuitry has sensed that one of the HV supplies is not workingcorrectly.Part 6. Warranty InformationGeneral Product WarrantyThorlabs warrants that all products sold will be free from defects in material and workmanship, and will conform to the published specifications under normal use and service when correctly installed and maintained.Opto-MechanicsLifetime Warranty: Thorlabs offers a lifetime warranty on all opto-mechanical components. Thorlabs will repair or replace any opto-mechanical product which after evaluation has failed to perform in the above conditions.Optical Tables and BreadboardsLifetime Warranty: We provide a lifetime guarantee that all of our passively damped optical tables and breadboards will meet all originally stated performance specifications under normal use and proper handling. We additionally guarantee that all our table tops and breadboards, both active and passive, will be free from defects in workmanship, including de-lamination of the skins under normal use and handling.Lasers and Imaging SystemsThorlabs offers a one year warranty on all lasers and imaging systems, with the exceptions of laser diodes. Some products are warranted for the number of hours specified in the operating manual of each laser.Opto-Electronics, Control Electronics, Optics, and Nano-Positioning Product Lines Thorlabs offers a two year warranty on the above mentioned product lines, provided normal use and maintenance of the products and when properly handled and correctly installed. Thorlabs shall repair or replace any defective or nonconforming product as detailed above. We ask that buyer contact Thorlabs for a Return Material Authorization number (RMA #) from our Customer Service/Returns department in order to most efficiently process the return and/or repair.Products returned for repair that are not covered under warranty, a Thorlabs standard repair charge shall be applicable in addition to all shipping expenses. This repair charge will be quoted to the customer before the work is performed.Warranty ExclusionsThe stated warranty does not apply to Products which are (a) specials, modifications, or customized items (including custom patch cables) meeting the specifications you provide;(b) ESD sensitive items whose static protection packaging has been opened; (c) items repaired, modified or altered by any party other than Thorlabs; (d) items used in conjunction with equipment not provided by, or acknowledged as compatible by, Thorlabs; (e) subjected to unusual physical, thermal, or electrical stress; (f) damaged due to improper installation, misuse, abuse, or storage; (g) damaged due to accident or negligence in use, storage, transportation or handling.Part 7. Declaration of ConformityPart 8. RegulatoryAs required by the WEEE (Waste Electrical and Electronic Equipment Directive) of theEuropean Community and the corresponding national laws, Thorlabs offers all end users in the EC the possibility to return “end of life” units without incurring disposal charges.•This offer is valid for Thorlabs electrical and electronic equipment:•Sold after August 13, 2005•Marked correspondingly with the crossed out“wheelie bin” logo (see right)•Sold to a company or institute within the EC•Currently owned by a company or institute withinthe EC•Still complete, not disassembled and notcontaminatedAs the WEEE directive applies to self contained operationalWheelie Bin Logo electrical and electronic products, this end of life take backservice does not refer to other Thorlabs products, such as:•Pure OEM products, that means assemblies to be built into a unit by the user(e.g. OEM laser driver cards)•Components•Mechanics and optics•Left over parts of units disassembled by the user (PCB’s, housings etc.).If you wish to return a Thorlabs unit for waste recovery, please contact Thorlabs or your nearest dealer for further information.8.1. Waste Treatment is Your Own ResponsibilityIf you do not return an “end of life” unit to Thorlabs, you must hand it to a company specialized in waste recovery. Do not dispose of the unit in a litter bin or at a public waste disposal site.8.2. EcologicalBackgroundIt is well known that WEEE pollutes the environment by releasing toxic products during decomposition. The aim of the European RoHS directive is to reduce the content of toxic substances in electronic products in the future.The intent of the WEEE directive is to enforce the recycling of WEEE. A controlled recycling of end of live products will thereby avoid negative impacts on the environment.Part 9. Thorlabs Worldwide Contacts USA, Canada, and South AmericaThorlabs, Inc.435 Route 206Newton, NJ 07860USATel: 973-579-7227Fax: 973-300-3600email:*********************EuropeThorlabs GmbHHans-Böckler-Str. 685221 DachauGermanyTel: +49-(0)8131-5956-0 Fax: +49-(0)8131-5956-99 email:*******************UK and IrelandThorlabs LTD.1 Saint Thomas Place, Ely Cambridgeshire CB7 4EX Great BritainTel: +44 (0)1353-654440 Fax: +44 (0)1353-654444 email:*********************Japan and AsiaThorlabs Japan Inc.5-17-1, OhtsukaBunkyo-ku, Tokyo 112-0012 JapanTel: +81-3-5977-8401 Fax: +81-3-5977-8402 www.thorlabs.jpemail:*****************ScandinaviaThorlabs Sweden ABBox 141 94400 20 GöteborgSwedenTel: +46-31-733-30-00Fax: +46-31-703-40-45email:************************Thorlabs, Inc.435 Route 206NNewton, NJ 07860 USAPhone: (973) 579-7227 ♦ Fax: (973) 300-3600 。

******************** © 2017 ikan Corporation. All rights Reserved713.272.8822What’s Included1 x SB200 Light Fixture 1 x Barn Doors1 x Power Supply with Cable1 x Yoke 1 x V-Mount Battery Plate 1 x Gold Mount Battery PlateSB200Stryder 200 Watt LED Bi-Color LightGetting StartedThank you for buying the Stryder Portable LED Fresnel Spotlight from Ikan. Please carefully read the instructions and guide before operating the products. The guide includes product usage and maintenance. When you operate the product, please make sure that you have read the instructions carefully.All the content of the manual is based on up-to-date information; technical data subject to change without notice.Safety Instructions:1. Connect the power supply to the 15VDC Connector on the SB200 Light before plugging into the power source. You risk electrocution by not following the instruction.2. Don’t drag cables with excessive force. Any repairs on the products should be performed by Ikan technicians. Users should not remove the power supply, or else the damage will not be covered under warranty.3. Confirm that the power is off before connecting and changing the fixture head or disconnecting your cable from the power source. We recommend using Ikan customized connecting cables and connectors to avoid electrical shock.4. The voltage shouldn’t exceed the value in the technical specifications. If the voltage is greater than, or less than the regulated values, it could damage the product.OverviewBenchmark color temperatures for today’s TV production are 5600K (daylight) and 3200K (tungsten). Ikan developed the SB-200 Spotlight to handle both these temperatures. With patented technologies, the SB200 offers a professional and customizable LED light source. In addition, the light features separately-cooling ducts for optimizing heat dissipation. Specifically, the SB-200 Spotlight offers the following features:1. The 0-100% brightness incremental adjustment of the 2700K-5600K temperature enable fine-tuning your color range.2. A 7-inch diameter Fresnel lens provides even, well-distributed light at a 60 degree beam angle.3. Fresnel Spot adaptor allows the Beam to be reduced to a 30 degree spot.4. Ultra-low noise and active cooling technology contribute to excellent thermal stability.5. The power supply will automatically cut off when the fixture overheats.6. The bright LCD readout is easy to view, enabling smooth adjustment of functions.7. Digitally adjustable knob allows you to adjust menu settings quickly and accurately.8. AC/DC power supply, AC110VAC-270VAC, DC 15V .Instructions:LED spotlight’s housing is made of fiber reinforced plastic which is heavy-duty, lightweight, flexible and easy to transport/ The SB200 structure is illustrated as follows:What’s in the Box?Please carry and place the packing box carefully. Check the lighting equipment and accessories upon opening the box. Please contact us if anything is damaged or missing. Please save the packing materials for replacing and repairing the products in the future.What’s Included:SB200 Light FixturePower Supply with Cable Barn Doors Yoke MountAppearance & Structure - Front5/8" Receiver: Connecting the lamp with standsYoke: Adjustable lighting directionAdjustable Beam Limiter: It allows the light to move from a 60° beam angle to a 30° beam angleCarry Handle: Top grip handle for easy grab and go lightingAppearance & Structure - BackPower Switch: Turn ON/OFF Power under the fixtureLCD Settings: Displays brightness & color temperatureLarge Yellow Knob: Allows for adjustment of brightness & color temperatureFour Adjustment Buttons: ON/OFF-A, Menu-M, Advanced-B, Enter-EGrip Handles: For making adjustments while the light is on the standPower ButtonAdjustment ButtonsLarge Y ellow Knob LCD ScreenGrip HandleY okeAdjustable Beam LimiterBarn DoorsCarry Handle5/8" Receiver5/8" ReceiverSpecificationsOptional AccessoriesSome other products that work well with the Stryder Light available from Ikan include:HD-STND-V2KCP-703ROLLR-STND10SW-04IDX-096Heavy Duty Light Stand Stage Clamp with 16mm Stud 2-Stage Roller Stand 10 ft 6 in.Safety Wire 96 Channel DMX ConsoleInstallation & Power Supply1. Ensure power is OFF before installation.2. Place the light on the Ikan stands, release the tension knob on the 5/8” receiver, adjust the light in the desired direction, and tighten the tension knob on the 5/8” receiver.3. When connecting the power cords, plug the DC power cords into the socket on the rear panel (as shown on the drawing). If batteries are used: Illuminate light by pressing power switch. On the default screen the number 13.8V at the upper right corner indicated the current internal DC voltage. When powered by the battery it means the current battery voltage; however, this number will display in flashing status if the voltage is lower than 11V which indicates low battery voltage.Power the LEDsThe SB200 light comes with an included AC power supply and 4 ft cable. This allows the user to plug into any standard 120-240 VAC electrical outlet. The SB200 light can be powered from either an AB Mount Pro Battery, or a V-Mount Battery. The fixture comesstandard with either AB-Mount or V-Mount plates.DMX 512 ControlsThe DMX IN/OUT on the SB-200 allows for remote fixture control over thecolor and brightness.The 8Bit DMX allows for use with controllers that use just dimmer controls.Depending on channel assigned the brightness is controlled on the firstfader. The next fader controls the color temperature from 2700K at 0% to6500K at 100%.Learn MoreMore dynamic information at official website: SupportContactemail:********************CONDITIONS OF WARRANTY SERVICE• Free service for one year from the day of purchase if the problem is caused by manufacturing errors.• The components and maintenance service fee will be charged if the warranty period is expired.Free Service will not be Provided in the Following Situations:(*Even if the product is still within the warranty period.)• Damage caused by abuse or misuse, dismantling, or changes to the product not made by the company.• Damage caused by natural disaster, abnormal voltage, and environmental factors, etc.©2017 ikan Corporation. All rights reserved。

双滤光片切换器(IR-CUT)测试板说明书1.用途说明双滤光片切换器,IR-CUT,ICR,IR-Cut Removable,TDN,都是说的一个东西.ICR里面有两个滤光片,白天一个滤光片,晚上一个滤光片,这样子可以保证摄像机,白天颜色很漂亮,晚上红外灯照射距离够.根据ICR的生产跟组装要求,我们设计了这一个测试板.包含,驱动电压选择/单次切换测试/连续寿命测试2.外观/按键说明3.测试方法A>连接12VDC/2A电源供应器,打开电压开关.B>调整连续测试的时间间隔,一般设置为4秒钟.C>选择驱动电压.一般选择3.3V.D>插上待测试ICR.E>按单次测试按键或是连续测试按键.4.单次性能测试一般用低电压3.3V测试ICR切换器的摩擦力性能,如果3.3V可以推动ICR,表示内部摩擦力小,性能通过.用4V测试是因为一些网络摄像机是5VDC供电,扣掉驱动芯片的电压,实际作用在ICR上面的电压是4VDC.对于网络摄像机用的ICR应该要通过4V的测试电压.用高电压12VDC测试ICR切换器的耐受力,安防摄像机电压是12VDC,ICR必须经受的起12VDC才可以.按一下单次测试按键,ICR切换一次,在切换的过程中观察滤光片的切换是否顺畅.同时把ICR移动不同位置,观察在各种位置是否都可以切换.5.寿命测试ICR的内部机械结构,是否能够承受长时间的切换,我们设计了寿命测试模式.把驱动电压调整到12V,测试时间间隔调整到4秒钟,然后按连续测试按键,这时候LCD屏的计数器开始计数,每隔4秒钟,ICR切换一次,10万次的测试时间大概是3天3夜左右.在寿命测试的过程中,每间隔几个小时观察一下,是不是10个ICR都正常.测试到达10万次的时候,测试板会自动停下来.测试完成以后,要把电压切换到3.3V测试一下摩擦力有没有问题.。

CCP2 switch up to 100 AContents Page 30, 60 and 100 amp switchesDescriptions and specifications . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . .Descriptions and specifications . . . . . . . . . . . . Catalog numbers and horsepower ratings . . .. . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . .2Technical Data 10801Effective April 2019Compact Circuit Protector (CCP2)UL 98 Class CF disconnect switches up to 200 A/bussmannseriesCatalog symbols for 30, 60 and 100 A switchesSymbolDescription CCP2-(pole)-(amps)CF Switch onlyCCP2R-(pole)-(amps)CFRight front rotary, clockwise operated switchCCP2RL-(pole)-(amps)CF Left front rotary, clockwise operated switch CCP2S-(pole)-(amps)CF Right side rotary, clockwise operated switch CCP2SL-(pole)-(amps)CF Left side rotary, counterclockwise operatedswitchDescriptionThe revolutionary, next generation Bussmann™ series Compact Circuit Protector (cat . no . CCP2) is a fused UL ® 98 branch circuit disconnect switch utilizing the UL Class CF time-delay or fast-acting CUBEFuse™ with Class J electrical performance . With up to a 51 percent smaller footprint than a traditional fusible solution, these switches provide a high 200 kA SCCR to help improve panel and assembly SCCR .The 35 mm DIN-Rail mount CCP2 is available in a variety of 30, 60 and 100 amp configurations to meet many application needs including rotary operation .The switch-only versions of the 30, 60 and 100 A disconnects are direct, drop-in replacements for the earlier models (noted by a catalog number starting “CCP-”) . The auxiliary contacts and PLC remote fuse indicator are backwards compatible . The multi-wire lug kits and terminal shrouds are not .Application flexibility is extended with an optional multi-wire lug kit, featuring finger-safe shrouds, that provides three (30 and 60 A switches) and six (100 A switches) additional wire ports on each pole for power distribution applications .Other accessories include a PLC fuse monitor for open fuse indication and NO/NC auxiliary contacts that easily integrate into various monitoring systems .Front and side rotary operated versions are easily applied for through-the-door or through the left or right side operation to enhance safety .Ratings•Volts• 347 Vac (1-pole switches)• 600 Vac (2- and 3-pole switches)•125 Vdc*•Amps• 30 A • 60 A •100 A•SCCR• 200 kA RMS Sym .•100 kA DCPoles•1-, 2- and 3-poles catalog number dependent* Switch amp rating and installed fuse amp rating dependent, see catalog number table for details .Agency information• UL 98 Listed, Guide WHTY , File E302370•cULus to Canadian Standard 22 .2 No . 4-04, Guide WHTY7, File E302370• RoHS compliant •CEConductors/terminals•75°C Cu, see conductor tables for size, type and torque information• Box lug, single/dual conductor•Fork terminal suitable for line, load or accessory connection, max . 30 A suitable for use with:• 10-24 screw for 30 and 60 A switches•1/4-28 screw for 100 A switches•Multi-wire lug kits — see accessories for detailsStorage and operating temperature•-20°C to 75°C (-4°F to 167°F)** For fuse performance under or above 25°C, consult fuse performance derating charts in the Bussmann Division publication no . 3002, titled Selecting Protective Devices (SPD)Lockout/tagout provisions•1/4” lock, direct use on switches without rotary mechanismsrequires a lock with a straight shank of sufficient length to engage all polesMinimum enclosure size per UL 98*• 30 and 60 A switch 10”x 8”x 6”(254 x 203 x 152 mm)•100 A switch, 12” x 10” x 6” (305 x 254 x 152 mm)* Smaller enclosures may be used at the discretion of the user, with adherence to NEC minimum wire bend radius requirements .Mounting**•35 mm DIN-Rail** S witch is panel mount with flange handle cable operator .Local open fuse indication minimum voltage•90 Vac, requires an open fuse to be in the CCP2 and the switch in the ON positionAccessories• Multi-wire lug kits with terminal shrouds• Selector and pistol handles for use with rotary operated switches • 8 mm shafts for use with selector and pistol handles • Auxiliary contacts • PLC fuse monitor • NFPA 79 compliant handle•Flange handle rod and cable operatorsCarton quantity and shipping weightItemPoles Qty .Weight lb (kg)30 and 60 amp switches Switch only1-pole 12 3 .8 (1 .7)Switch with side rotary mechanism 2-pole 11 .3 (0 .6)3-pole 11 .6 (0 .7)Switch with front rotary mechanism 2-pole 11 .3 (0 .6)3-pole 11 .6 (0 .7)100 amp switches Switch only1-pole 6 3 .1 (1 .4)Switch with side rotary mechanism 2-pole 11 .7 (0 .8)3-pole 1 2 .3 (1 .0)Switch with front rotary mechanism2-pole 11 .7 (0 .8)3-pole12 .3 (1 .0)Left front Uses clockwise handlesRight front Uses clockwise handlesRight sideUses clockwise handlesLeft sideUses counterclockwise handles/bussmannseries4Technical Data 10801Effective April 2019Compact Circuit Protector (CCP2)UL 98 Class CF disconnect switches up to 200 A/bussmannseries30, 60 and 100 A switch catalog numbersCatalog no .PolesDescription/switch operationVoltsSCCRMax Hp rating (Vac)12024048060030 amp switches CCP2-1-30CF 1Switch only347 Vac/125 Vdc 200 kA AC 100 kA DC1-1/2———CCP2-2-30CF 2600 Vac/125 Vdc —3——CCP2-3-30CF 3600 Vac —51510CCP2R-2-30CF 2Right front rotary, clockwise 600 Vac/125 Vdc —3——CCP2R-3-30CF 3600 Vac —51510CCP2RL-2-30CF 2Left front rotary, clockwise 600 Vac/125 Vdc —3——CCP2RL-3-30CF 3600 Vac —51510CCP2S-2-30CF 2Right side rotary, clockwise 600 Vac/125 Vdc —3——CCP2S-3-30CF 3600 Vac —51510CCP2SL-2-30CF 2Left side rotary, counterclockwise 600 Vac/125 Vdc —3——CCP2SL-3-30CF 3600 Vac—5151060 amp switches CCP2-1-60CF 1Switch only347 Vac/125 Vdc*200 kA AC 100 kA DC3———CCP2-2-60CF 2600 Vac/125 Vdc*—7-1/2——CCP2-3-60CF 3600 Vac—7-1/22010CCP2R-2-60CF 2Right front rotary, clockwise 600 Vac/125 Vdc*—7-1/2——CCP2R-3-60CF 3600 Vac—7-1/22010CCP2RL-2-60CF 2Left front rotary, clockwise 600 Vac/125 Vdc*—7-1/2——CCP2RL-3-60CF 3600 Vac—7-1/22010CCP2S-2-60CF 2Right side rotary, clockwise 600 Vac/125 Vdc*—7-1/2——CCP2S-3-60CF 3600 Vac—7-1/22010CCP2SL-2-60CF 2Left side rotary, counterclockwise 600 Vac/125 Vdc*—7-1/2——CCP2SL-3-60CF 3600 Vac—7-1/22010100 amp switches CCP2-1-100CF 1Switch only347 Vac/125 Vdc**200 kA AC 100 kA DC5———CCP2-2-100CF 2600 Vac/125 Vdc**—10——CCP2-3-100CF 3600 Vac—205040CCP2R-2-100CF 2Right front rotary, clockwise 600 Vac/125 Vdc**—10——CCP2R-3-100CF 3600 Vac—205040CCP2RL-2-100CF 2Left front rotary, clockwise 600 Vac/125 Vdc**—10——CCP2RL-3-100CF 3600 Vac—205040CCP2S-2-100CF 2Right side rotary, clockwise 600 Vac/125 Vdc**—10——CCP2S-3-100CF 3600 Vac—205040CCP2SL-2-100CF 2Left side rotary, counterclockwise 600 Vac/125 Vdc**—10——CCP2SL-3-100CF3600 Vac—205040* 125 Vdc for installed fuse amp ratings up to 40 A . 24 Vdc for installed fuse amp ratings from 45 to 60 A .** 125 Vdc for installed fuse amp ratings up to 80 A, 24 Vdc for installed fuse amp ratings from 90 to 100 A .5Technical Data 10801Effective April 2019Compact Circuit Protector (CCP2)UL 98 Class CF disconnect switches up to 200 A/bussmannseries Dimensions – mm (in)Switch (shown with optional terminal shrouds)251.0502.0763.02068.11144.5833.3753.0893.5753.030A Fuse60A FuseBox lug terminal conductor dataWire typeAWG range ClassQuantityTorque N•m (lb-in)30 and 60 A switches75°C Cu4-6Stranded, Class B to KSingle3 .95 (35)8-18 2 .26 (20)6-8Stranded, Class B/C Dual3 .39 (30)Stranded, Class K 2 .26 (20)10-18Stranded, Class B to K 10-18SolidSingle/dual 2 .26 (20)4-18Stranded, UL ferrule, Class B/CSingle 3 .39 (30)6-18Twin †4-18Stranded, UL ferrule, Class KSingle 2 .82 (25)6-18Twin †100 A switches75°C Cu12-18Stranded, Class B/CSingle2 .26 (20)10 2 .82 (25)8 4 .52 (404-6 5 .08 (45)1-3 6 .21 (55)4-12Dual5 .08 (45)12-18Stranded, UL ferrule, Class B/CSingle 2 .26 (20)103 .95 (35)1-84 .52 (40)10-18Twin† 2 .26 (20)6-9 2 .82 (25)10-18SolidSingle/Dual 2 .26 (20)8-18Class K Single 2 .26 (20)1-7 3 .39 (30)3-10Dual 5 .08 (45)8-18Class K, UL ferrule Single 2 .26 (20)1-7 3 .39 (30)6-18Twin2 .26 (20)† Two stranded conductors placed in one UL Listed twin ferrule .Lineside and loadside fork terminal•Fork terminal suitable for line, load or accessory connection, max . 30 A suitable for use with:• 10-24 screw for 30 and 60 A switches •1/4-28 screw for 100 A switchesAvailable Bussmann series fusesUL fuse class Type/descriptionVolts Data sheet no .CFIndicating time-delay, Low-Peak™ CUBEFuse (6-100 A)600 Vac/ 300 Vdc 9000Non-indicating time-delay, Low-PeakCUBEFuse (1-100 A)Non-indicating fast-acting CUBEFuse (1-100 A)600 Vac/dc21472409.51485.81003.9502.0251.0753.030 and 60 amp switches100 amp switches6Technical Data 10801Effective April 2019Compact Circuit Protector (CCP2)UL 98 Class CF disconnect switches up to 200 A/bussmannseriesLeft front rotary switches (shown with optional terminal shrouds)Right front rotary switches (shown with optional terminal shrouds)2068.11144.5993.9833.31014.0763.0893.5993.930 A Fuse 60 A Fuse1144.52068.1833.3993.91014.0763.0893.5993.930 A Fuse60 A Fuse2409.51485.81003.91064.21014.0763.02409.51485.81003.91064.2763.01014.030 and 60 amp switches 100 amp switches 30 and 60 amp switches100 amp switches7Technical Data 10801Effective April 2019Compact Circuit Protector (CCP2)UL 98 Class CF disconnect switches up to 200 A/bussmannseries Left side rotary switches (shown with optional terminal shrouds)Right side rotary switches (shown with optional terminal shrouds)1014.02068.11144.5833.3753.0893.5753.030 A Fuse60 A Fuse2068.11144.5833.3753.01014.0763.0893.5753.030 A Fuse60 A Fuse2409.51485.81003.91014.0763.02409.51485.81003.9763.01014.030 and 60 amp switches 100 amp switches 30 and 60 amp switches100 amp switches200 A switch9Technical Data 10801Effective April 2019Compact Circuit Protector (CCP2)UL 98 Class CF disconnect switches up to 200 A/bussmannseries Features• Uses UL Class CF time-delay CUBEFuse with Class J electrical performance• Amp rating rejection feature will not accept a CUBEFuse amp ratings greater than switch rating• High 200 kA short-circuit current rating• Disconnect rated to provide means for load isolation • Full voltage rated at 600 Vac• UL 98 Listed and suitable for branch circuit disconnect and branch circuit protection with installed fuses •Horsepower rated (see table below)Catalog numbers and horsepower ratingsCatalog no .Poles DescriptionVolts AC SCCR Max Hp rating (Vac)240480600200 amp switches CCP2-1-200CF 1Switch only347200 kA———CCP2-2-200CF 260010——CCP2-3-200CF350100150Available lugs, conductor ratings and terminal torquesCatalog no .Description Lugs per cat . no .Wire range AWG (mm 2)Wire type/temp .Conductor torque N•m (lb-in)Lug mounting screwtorque N•m (lb-in)200 A switches CCP2-L2-1Stainless steel lug 1350-4 (185-25)Cu 75°C 20 .3 (180)0 .9 (8)CCP2-L2-1A Aluminum lug*1350-4 (185-25)Cu/Al 75°C 28 .2 (250)13 .5 (120)CCP2-MW2-33-port multi-wire terminal with shroud*32-14 (35-2 .5)Cu/Al 75°C 7 .9 (70)10 .8 (95)CCP2-MW2-66-port multi-wire terminal with shroud*36-14 (16-2 .5)Cu/Al 75°C2 .8 (25)10 .8 (95)* These lugs also accept 1/4” quick connect control wire terminals . Order catalog number CCP2-CWK2 (package of 12 terminals) .Carton quantityCatalog no .DescriptionQty . CCP2-L2-1Stainless steel lug 1CCP2-L2-1A Aluminum lug1CCP2-MW2-33-port multi-wire terminal with shroud 3CCP2-MW2-66-port multi-wire terminal with shroud 3CCP2-CWK21/4” quick connect control wire terminals12• Standard local open fuse indication light on each pole speeds troubleshooting• Built-in switch interlock prevents inserting or removing fuse while in the ON position• Padlockable for lockout/tagout procedures with a 1/4” lock •Front and side rotary operator accessories provide for through-the-door and through-the-side operation flexibility and enhanced safety• Optional pistol handles and shafts available for use with rotary operator accessories•Multi-wire lug kits with terminal shrouds allow for power distribution to multiple loads .AccessoriesCatalog no .Switch ampsDescriptionCCP2-TS2-32003-pole terminal shroud CCP2-PB2Phase barriers (pack of 2)CCP2-RM2Front rotary operator* (3-pole switch only)CCP2-SMSide rotary operator* (1-, 2- or 3-pole switches)* Complete installation requires pistol handle and shaft, order separately .Technical Data 10801 Effective April 2019Compact Circuit Protector (CCP2) UL 98 Class CF disconnect switches up to 200 A/bussmannseries 160.4 (6.3)55.2(2.2)177.9 (7.0)85.4 (3.4)119.7 (4.7)56.0(2.2)104.7 (4.1)152.4(6.0)139.7(5.5)34.9 (1.4)34.9 (1.4)34.9 (1.4)34.9 (1.4)133.2 (5.2)Ø 5.0 (0.2) ThruØ 9.2 (0.4) 5.4 (0.2)335.9(13.2)87.3(3.4)119.7(4.7)104.8(4.1)200 amp switch dimensions — mm (in)Front rotary mechanism accessory CCP2-RM2Side rotarymechanismaccessoryCCP2-SM3-pole terminalshroud accessoryCCP2-TS2-310Wiring versatility is provided by single/dual rated box lug terminals on the switch, or by the three-port or six-port multi-wire lug kits that are also single/dual wire rated .200 A switch multi-wire lug kitsCatalog numbers• CCP2-MW2-3 ( 3-port, 200 A switches only)• CCP2-MW2-6 (6-port, 200 A switches only)DescriptionThe multi-wire lug kits permit expanding the terminal on the switch into a three-port (200 A switches) or six-port (200 A switches) terminal for power distribution applications .Each multi-wire lug kit comes with three lugs and a 3-pole terminal shroud . The shroud provides finger-safe protection when properly installed .Lugs can only be mounted on loadside to meet application needs .Ports on any one lug accept any conductor combination listed, e .g ., one of the ports may have dual 14 AWG wires and the other two ports single 10 AWG wires .Ratings• Volts 600 V• Amps• 225 A max (CCP2-MW2-3 and CCP2-MW2-6)• SCCR 200 kAAgency information• UL Recognized, Guide WHTY2, File E302370• RoHS compliantStorage and operating temperature• -20°C to 75°C (-4°F to 167°F)Multi-wire lug conductor information• 75°C Cu/AL• AWG size and quantity per portCarton quantityCatalog no .Application Qty .CCP2-MW2-3For 200 A switches only 3 lugs and 1 3-poleshroudCCP2-MW2-6Wire insulation strip lengthsStrip back wire insulation to the lengths indicated in the illustration above and the table below .Lug kitWire insulation strip length (inch)Lug port 1Lug port 2Lug port 3CCP2-MW2-33/8 to 1/23/4 to 7/81-1/4 to 1-3/8 CCP2-MW2-6Installed on CCP2-3-xx3- and 6-port multi-wire lugs mounted on 200 A switches CCP2-MW2-3CCP2-MW2-64 mm Allenhead screw4 mm Allenhead screw1 = 3/8 to 1/2”2 = 3/4 to 7/8”3 = 1-1/4 to 1-3/8”1 = 3/8 to 1/2”2 = 3/4 to 7/8”3 = 1-1/4 to 1-3/8”Agency information• UL Listed, Guide DIHS/DIHS7, File E140305Storage and operating temperatureQty .30/60/100 A selector handles112 mm shaftsCatalog numbers• CCP2-SH1-290 (8 mm, 290 mm long)• CCP2-SH1-490 (8 mm, 490 mm long)• CCP2-SH2-225 (12 mm, 225 mm long)• CCP2-SH2-425 (12 mm, 425 mm long)DescriptionSquare shafts available in:(12 mm shafts for 200 and 400 A switches)Flange rod operator kit for 30, 60 and 100 A switches. Flange rod operator kit for 200 A switches.Flange cable operator kit for 30, 60 and 100 A switches.Phase barriersCatalog numbers• CCP2-PB2(3-pole 200 A switches)DescriptionPhase barrier kit with two phasebarriers for isolation between thelugs on 3-pole 200 A switches .Packaged individually .Handle extensionCatalog number• CCP2-SM(1-, 2- or 3-pole 200 A switches)DescriptionSide rotary mechanism for through-the-side operation and installson the left or right side (right side installation recommended) ofany 1-, 2- or 3-pole 200 A switch . The side rotary mechanism doesnot provide for door interlock nor local lockout/tagout capability .Complete installation requires installing pistol handle (short or long)and 12 mm shaft .Packaged individually .T erminal shroudsCatalog numbers• CCP2-TS2-3(3-pole 200 A switches)Description3-pole shroud kit withshields for isolating thelugs on 3-pole 200 Aswitches .Packaged individually .Front rotary mechanisms for 200 A switchesCatalog number• CCP2-HEX (1-, 2- and 3-pole 200 A switches)DescriptionA handle extension to provide additional leverage for operating theswitch in installations that do not have rotary mechanisms or flangeoperators installed . Does not mount on switch, provision for tetherprovided .Packaged individually .Catalog numbers• CCP2-RM2 (3-pole 200 A switches)DescriptionFront rotary mechanisms for through-the-door operation and installon the front of 3-pole switches only . These units provide at-switchlockout/tagout capability for enhanced safety . Complete installationrequires installing pistol handle (short or long) and 12 mm shaft .Packaged individually .Side rotary mechanism for 200 A switchesNC/NO contacts are closed/open when the CCP2 switch is in theMax per CCP2*Ratings1 per CCP2(1-, 2- or 3-pole)5 A / 240 VacThe CCP2-AUX CANNOT be mounted on the right front and right side rotary operated versions, nor installed with the flange handle rod or cable operator . De-energize all circuits and follow all prescribed safety procedures before installing or removing the auxiliary contact device .UL 98 Recognized, Guide WHTY2, File E155130cURus to Canadian Standard 22 .2 No . 4-04) single and dual stranded wire1.83.71.9.1901.833 NO41 NC34 NO42 NCSTRIP Dimensions — inCCP2-AUXNC/NO contacts are closed/open when the CCP2 switch is in theMax per CCP2*Ratings1 per CCP25 A / 240 Vac(1-, 2- or 3-pole)The CCP2-AUX-S CANNOT be mounted on the same side where the side rotary De-energize all circuits and follow all prescribed safety procedures beforeUL 98 Recognized, Guide WHTY2, File E155130) single and dual stranded wireA single unit monitors up to three phases . When used on 1- and2-pole switches unused conductor(s) are removed after installation . The CCP2-PLC-IND and CCP2-PLC-100 CANNOT be mounted on the left front/left side rotary operated versions or if a multi-wire lug kit is installed, or if the flange handle rod operator is installed .Digital 0 Vdc (low), 24 Vdc max (high)0 Vdc Low – fuse is good24 Vdc High – fuse has openedWhen the fuse opens, the output signal is sent high and will remain high until Emissions and immunity testingIEC 60947-1: Voltage Switchgear and Control GearIEC 61000-6-2: Electromagnetic Compatibility (EMC)IEC 61000-4-2: Electrostatic Discharge Immunity - Test at level3 (6 kV-Contact Discharge) and level 2 (4 kV-Air Discharge)IEC 61000-4-3: Electromagnetic Compatibility - Radiated, Radio-31Technical Data 10801Effective April 2019Compact Circuit Protector (CCP2)UL 98 Class CF disconnect switches up to 200 A/bussmannseriesVoltage Motor size (Hp)Motor FLA(amps)Min(amps)NEC code max (amps)Heavy start* (amps)115 Vac, 1-phase1/6 4 .41010101/4 5 .81015151/37 .21515151/29 .81520203/413 .82525301162530351-1/2203035452244045503345060705**56901001257-1/28012515017510100150175225230 Vac, 1-phase1/6 2 .26661/4 2 .96661/3 3 .6610101/2 4 .91010103/46 .915151518151517 .51-1/2101520202122025253172530355284550607-1/24060709010**508090110200 Vac, 3-phase1/2 2 .56663/4 3 .7610101 4 .81010101-1/26 .915151527 .8151517 .531117 .52020517 .53035357-1/225 .340455020**62 .11001101252578 .21251501753092150175200Note: Use NEC code max column for low to moderate reverse/jog/plug applications .* Heavy Start permitted only if NEC code max does not allow motor start-up .** I f equipment terminations are rated for 60°C conductors only, the 60°Cconductor ampacities must be utilized and therefore larger conductor sizes or conduit sizes may be required .VoltageMotor size (Hp)Motor FLA(amps)Min(amps)NEC code max (amps)Heavy start* (amps)208 Vac, 3-phase1/2 2 .46663/4 3 .5610101 4 .61010101-1/2 6 .610151527 .5151515310 .617 .52020516 .72530357-1/224 .240455020**59 .4901101252574 .8125150150308815017517540114175200250230 Vac, 3-phase 1/2 2 .26663/4 3 .26661 4 .21010101-1/261015152 6 .815151539 .6152020515 .22530307-1/22235404520**54901001102568110125150308012515017540104175200225460 Vac,3-phase 1/21 .13333/41 .63331 2 .16661-1/236662 3 .46663 4 .810101057 .61515157-1/21117 .5202010142525301521354045202740506050**6510012512560771251501507596150175200Note: Use NEC code max column for low to moderate reverse/jog/plug applications .* Heavy Start permitted only if NEC code max does not allow motor start-up .** I f equipment terminations are rated for 60°C conductors only, the 60°Cconductor ampacities must be utilized and therefore larger conductor sizes or conduit sizes may be required .Motor sizing table (from NEC T ables 430.248 and 430.250)Bussmann series TCF Low-Peak time-delay Class CF fuses32Technical Data 10801Effective April 2019Compact Circuit Protector (CCP2)UL 98 Class CF disconnect switches up to 200 A/bussmannseries Motor sizing table (from NEC T ables 430.248 and 430.250)Bussmann series TCF Low-Peak time-delay Class CF fusesVoltageMotor size (Hp)Motor FLA(amps)Min(amps)NEC code max (amps)Heavy start* (amps)575 Vac, 3-phase1/20 .93333/41 .333311 .73331-1/2 2 .46662 2 .766633 .9610105 6 .11015157-1/29152020101117 .5202040**417080805052801001106062100110125757712515015010099150175200Note: Use NEC code max column for low to moderate reverse/jog/plug applications .* Heavy Start permitted only if NEC code max does not allow motor start-up .** I f equipment terminations are rated for 60°C conductors only, the 60°Cconductor ampacities must be utilized and therefore larger conductor sizes or conduit sizes may be required .。

How a Thyratron worksThe operation of the device can be divided into three phases: trig-gering and commutation (closure),steady-state conduction, andrecovery (opening), each of which is discussed below.Triggering and Commutation When a suitable positive trigger-ing pulse of energy is applied to the grid, a plasma forms in the grid-cathode region from elec-trons. This plasma passes through the apertures of the grid structure and causes electrical breakdown in the high-voltage regionbetween the grid and the anode. This begins the process of thyra-tron switching (also called com-mutation). The plasma that is formed between the grid and the anode diffuses back through the grid into the grid-cathode space."Connection" of the plasma in the anode-grid space with the plasma in the cathode-grid space com-pletes the commutation process.The commutation process is sim-ply modeled as shown in Figure 2. The time interval between triggerbreakdown of the grid-cathoderegion and complete closure ofthe thyratron is called the anodedelay time. It is typically 100-200nanoseconds for most tube types.During commutation, a high volt-age spike appears at the grid ofthe thyratron. This spike happensin the time it takes for the plasmain the grid-anode space to "con-nect" to the plasma in the grid-cathode space. During this time,the anode is momentarily "con-nected" to the grid thereby caus-ing the grid to assume a voltagenearly that of the anode’s.Although the grid spike voltage is brief in duration, usually less than100 nS, it can damage the grid driver circuit unless measures are taken to suppress the spikebefore it enters the grid driver cir-cuit. The location of the grid spikesuppression circuit is shown inFigure 3, Grid Circuit.Figure 4, Typical Grid Spike Suppression Circuits, shows themore common methods used toprotect the grid driver circuit. Inusing any of these types of cir-cuits, care must be exercised toassure that the Grid Driver Circuitpulse is not attenuated in an unac-ceptable manner. The values forthe circuit components aredependent on the characteristicsof the thyratron being driven, theANODECONTROL GRID (G2)AUXILIARY GRID (G1)CATHODEFigure 1. Thyratron with auxiliary grid (heater detail not shown)ee1. Trigger pulse applied to control grid.2. Grid-cathode breakdown.3. Electrons from grid-cathode region create a dense plasma in the grid-anode region. The plasma front propagates to- ward the cathode via break- down of gas.4. ClosureFigure 2. Thyratron commutationPropagating Plasma Frontgrid driver circuit design, and the performance required from the thyratron itself. Contact the appli-cations engineering department at PerkinElmer to discuss the spe-cific details of your requirement. ConductionOnce the commutation interval has ended, a typical hydrogen thyratron will conduct with near-ly constant voltage drop on the order of 100 volts regardless of the current through the tube. RecoveryThyratrons open (recover) via diffusion of ions to the tube inner walls and electrode surfaces, where the ions can recombine with electrons. This process takes from 30 to 150 microseconds, depending on the tube type, fill pressure, and gas (hydrogen or deuterium). The theoretical maxi-mum pulse repetition rate is the inverse of the recovery time. Recovery can be promoted by arranging to have a small nega-tive DC bias voltage on the con-trol grid when forward conduc-tion has ceased. A bias voltage of 50 to 100 volts is usually suffi-cient.Recovery can also be improvedby arranging to have small nega-tive voltage on the anode afterforward conduction has ceased.In many radar circuits, a few-per-cent negative mismatch betweena pulse-forming network and theload ensures a residual negativeanode voltage. In laser circuits,classical pulse-forming networksare seldom used, so inverseanode voltage may not be easilygenerated. Recovery then strong-ly depends on the characteristicsof the anode charging circuit. Ingeneral, charging schemesinvolving gently rising voltages(i.e., resonant charging and rampcharging) favor thyratron recov-ery, and therefore allow higherpulse repetition rates. Fast ramp-ing and resistive charging putlarge voltages on the anodequickly, thus making recoverymore difficult. The ideal chargingscheme from the viewpoint ofthyratron recovery is commandcharging, wherein voltage isapplied to the thyratron only aninstant before firing.(a)Filter(b)Zener(c)MOV(d)Spark GapFigure 4. Typical Grid Spike Suppression CircuitsCURRENT LIMITING AND/ORMATCHING RESISTORFigure 3. Grid CircuitGRID SPIKESUPPRESSION CIRCUITGRID DRIVERCIRCUITThyratronsType HY-2HY-6HY-60 HY-61 HY-10 HY-11 HY-1A HY-1102 HY-3192 HY-32 HY-3204 1802HY-3002 HY-3003 HY-3004 HY-3005 HY-3025 HY-3189 HY-5HY-53 LS-3101S LS-4101 LS-4111 HY-3246 LS-3229 HY-3202 LS-5001 LS-5002 LS-5101 LS-5111PeakAnodeVoltageepy (kV)81616162018181832323225253525352832404035404045703240504040PeakAnodeCurrentib (a)100350350350500160050010001000150015005000500050005000500050005000500050005000120001200015000150002000020000200002000020000AverageAnodeCurrentlb(Adc)0.10.50.50.50.50.50.50.52.22.212.22.22.22.22.22.22.284233220.54444RMSAnodeCurrentlp (Aac)26.56.56.58881647.547.52547.547.547.547.547.547.547.512590455555454547.590709090PlateDissipa-tionFactorPb(x 109)2.755510101010505040505050505050501601005050100505050100100100200CathodeHeaterV/A6.3/3.56.3/76.3/76.3/8.56.3/7.56.3/7.56.3/116.3/7.56.3/12.56.3/186.3/186.3/12.56.3/12.56.3/12.56.3/12.56.3/12.56.3/12.56.3/12.56.3/306.3/306.3/186.3/286.3/286.3/166.3/166.3/186.3/296.3/356.3/296.3/29Reser-voirHeaterV/ANote 16.3/2.56.3/7Note 16.3/46.3/4Note 16.3/86.3/5.56.3/5.56.3/66.3/5.56.3/5.56.3/5.56.3/5.56.3/5.56.3/5.56.3/5.54.5/114.5/116.3/66.3/66.3/66.3/66.3/66.3/134.5/104.5/154.5/104.5/10PeakForwardGridVoltageegy(Min)175150150150200200175201500450450500500500500500500500130013005005005005004505002500250025002500Impe-denceof GridCircuitsg (Max)1200150015001500500500500500250400400400400400400400250250100100250250250250400250501005050EIA Type & CommentsJAN 7621JAN 7782JAN 7665AJAN 7620JAN8613ib to 10kA @ <1usecJAN 73228614Two gap tetrodeTwo gap tetrodeNotes111234443363,63.5,63,62,6333,63,5,6SeatedHeight xTube Width(Inches)2.35 x 1.02 x 1.42.4 x 1.43.6 x 1.43.4 x 22.2 x 2.255 x 22 x 23.75 x 3.254 x 3.253 x 64 x 3.254 x 3.254 x 3.254.75 x 3.254.75 x 3.254.25 x 3.253.75 x 35 x 4.55 x 4.55.25 x 38 x 3.58.25 x 3.55.75 x 36.4 x 36.4 x 36.75 x 4.59.5 x 4.56.75 x 4.57.2 x 4.51.Cathode and reservoir heater internally connected2.Grounded grid design3.Auxiliary grid design4.MT-4 mount required5.Liquid cooling design6.Hollow anode design for reverse currentPerkinElmer thyratron control grid driver TM-27 recommended for use with all thyratrons up to 3 inch diameter. TM-29 recommended for thyratrons greater than 3 inch diameter. The selections above are a representative sample of hundreds of design variations available. Contact PerkinElmer for support for any specific application.NotesDefinition of TermsTERMS USED TO CHARACTERIZE INDIVIDUAL PULSESPeak Anode Voltage (epy): maximum positive anode voltage, with respect to the cathode.Peak Inverse Anode Voltage (epx):maximum negative anode voltage, with respect to the cathode.Peak Forward Anode Current (ib):maximum instantaneous positive anode current.Peak Inverse Current (Ibx):maximum instantaneous negative anode current.Pulse Width (tp):current pulse full-width at half-maximum.Pulse Repetition Rate (prr):average number of pulses/second.Current Rise Time (tr):time for the forward current to rise from 10% to 90% of its peak value.Anode Fall Time:time for the forward anode voltage to collapse from 90% to 10% of its maximum value.Anode Delay Time (tad):time interval between triggering and commutation (commutation is defined below). The precise reference points for this interval vary with the application.Anode Delay Time Drift (∆tad):gradual decrease in anode delay time that occurs as the thyratron warms up.Jitter (tj):pulse-to-pulse variation in anode delay time.TIME AVERAGED QUANTITIESDC Average Current (Ib):forward current averaged over one second.RMS Average Current (Ip):root-mean-square current averaged over one second.Plate Breakdown Factor (Pb):numerical factor proportional to the power dissipated at the anode, averaged over one second. Pb = epy x ib x prr.STRUCTURAL PARTS OF THE THYRATRONAuxiliary Grid:grid placed between the control grid and cathode in some thyratrons. A small DC current (or a larger pulsed current) applied between Auxiliary Grid and cathode can be used to control the anode delay time. (Anode delay time is defined above). Thyratrons with auxiliary girds are called Tetrode Thyratrons.Reservoir:maintains the gas pressure in the tube at a level which depends on the reservoir heater voltage.GENERAL TERMINOLOGYStatic (Self) Breakdown Voltage (SBV):applied voltage at which a thyratron will break down spontaneously, without being triggered.Commutation:transition from trigger breakdown to full closure of the thyratron.Recovery Time:time which must elapse after decay of the circuit current before anode voltage can be reapplied to the thyratron without causing self-breakdown. The maximum possible pulse repetition rate is the inverse of the recovery time. Grid Bias:negative DC voltage which may be applied to the control grid to speed up recovery./opto© 2001 PerkinElmer, Inc. All rights reserved..USA:PerkinElmer Optoelectronics 35 Congress Street Salem, MA 01970Toll Free: (800) 950-3441 (USA)Phone: (978) 745-3200Fax: (978) 745-0894For more information email us at opto@ or visit our web site at /optoNote: All specifications subject to change without notice.PerkinElmer welcomes inquiries about special types. We would be pleased to discuss the requirementsof your application and the feasibility of designing a type specifically suited to your needs.MarkingPerkinElmer’s trademark, part designation, and date code.DS-247 Rev A 0901This datasheet has been download from: Datasheets for electronics components.。

ITALIANOFilax 2Commutatore di trasferimento CA ultra veloce01 - 10/2021Questo manuale è disponibile anche in formato HTML5Indice1. Avvertimenti generali sicurezza (1)2. Introduzione (2)3. Progettazione del sistema (3)4. Installazione (8)5. Funzionamento (10)6. Risoluzione dei problemi e Assistenza (11)6.1. Soglie di commutazione inversa di tensione e frequenza erronee (11)6.2. Il Filax non passa alla fonte primaria (11)6.3. Il RCD salta quando il Filax trasferisce il carico (11)7. Garanzia (12)8. Dati tecnici (13)9. Appendice (14)9.1. Misure carcassa (14)9.2. Schema cablaggio interno (14)AVVERTENZA•Il prodotto non contiene componenti interni riparabili dall’utente.•Non rimuovere il pannello frontale o attivare il prodotto se tale pannello è stato rimosso.•Qualsiasi intervento di assistenza deve essere svolto da personale qualificato.•Prima di installare l’attrezzatura, leggere le istruzioni di installazione al capitolo Installazione [8] di questo manuale.•Accertarsi che l’apparecchio venga utilizzato nelle corrette condizioni ambientali.Il Filax è un commutatore di trasferimento CA ultra veloce. Assicura che un carico sensibile o critico, come i computer o le apparecchiature mission-critical, siano sempre alimentati dalla fonte primaria o da una fonte alternativa.Se si guasta la fonte primaria, oppure la sua tensione o frequenza non corrisponde alle specifiche, il Filax trasferisce il caricoda questa fonte primaria a una fonte alternativa. Il tempo di trasferimento è inferiore ai 16 millisecondi, pertanto il carico rimane sempre alimentato e continua a funzionare senza interruzioni.Dopo aver ripristinato la fonte primaria ed essersi assicurato che rientri nelle specifiche per almeno 30 secondi, il Filax trasferisce nuovamente il carico dalla fonte alternativa alla fonte primaria. Il tempo di trasferimento è sempre inferiore ai 16 millisecondi, pertanto il carico continua a funzionare senza interruzioni.La fonte primaria, in genere, è costituita dalla rete o da un generatore e la fonte alternativa da un inverter o da un inverter/ caricabatterie.Filax è un commutatore di trasferimento a transizione aperta (BBM - break before make). È possibile configurarlo per l’uso in sistemi da 50 Hz o da 60 Hz.Il Filax è disponibile in 2 modelli:•Commutatore di trasferimento Filax 2 CE 230 V/50 Hz-240 V/60 Hz•Commutatore di trasferimento Filax 2 CE 110 V/50 Hz-120 V/60 Hzmodello 230 V/50 Hz-240 V/60 Hz modello 110 V/50 Hz-120 V/60 HzIl Filax non è stato progettato per alimentare apparecchi ad alta potenza o con alte impennate di corrente,come motori elettrici, lavatrici, ecc.Il Filax generalmente si usa nei sistemi ausiliari, per assicurare che il carico critico sia sempre alimentato da una fonte CA.Il funzionamento del Filax è il seguente:Il carico critico in genere è alimentato dalla fonte primaria. Se tale fonte primaria si interrompe, il carico viene trasferito alla fonte alternativa. Una volta ripristinata e stabilizzata per almeno 30 secondi la fonte primaria, il carico viene ritrasferito a tale fonte. Questo capitolo descrive la progettazione di alcuni tipi di sistemi Filax.Rete (o generatore) con inverter ausiliario:Se la rete si guasta (blackout) o se si guasta il generatore (mancanza di carburante), il Filax trasferisce il carico all’inverter. Una volta ripristinata la rete (o il generatore), il Filax trasferisce nuovamente il carico a tale rete (o generatore).Sistema Filax con inverter ausiliario collegato alla rete o al generatore:Se si utilizza un inverter come fonte alternativa, è importante che la batteria sia tenuta in buone condizioni operative. La batteria deve essere ricaricata puntualmente e regolarmente. A tale fine, aggregare un caricatore CA o un caricatore solare al sistema.Sistema Filax con inverter ausiliario e caricabatterie CA e/o caricatore solareRete (o generatore) con inverter/caricabatterie ausiliario:È anche possibile ottenere la funzione ausiliaria (UPS) utilizzando un’unità inverter/caricabatterie di Victron (senza Filax). Il solo inverter/caricabatterie fornisce la funzione ausiliaria (UPS).Se fosse necessario un livello supplementare di ridondanza, si può aggregare un Filax a un sistema inverter/caricabatterie.Ciò fornisce appoggio in caso l’inverter/caricabatterie si guasti. Consente anche di sostituire l’inverter/caricabatterie senza interrompere l'alimentazione del carico critico.Sistema Filax con inverter/caricabatterie ausiliarioQuando il generatore o la rete si guasta, il primo inverter/caricabatterie alimenta il carico. Se l’inverter/caricabatterie primario smette di funzionare o si guasta, il Filax trasferisce il carico al secondo inverter/caricabatterie. Ciò aggiunge un livello supplementare di ridondanza, rispetto al sistema precedente.Un sistema come questo si può progettare in due modi. Con un banco batterie individuale per ogni MultiPlus, o con un solo banco batterie per entrambi i MultiPlus.Sistema Filax con due inverter/caricabatterie collegati a un banco batterie individuale o a un banco batterie singoloSi consiglia di aggregare degli interruttori di isolamentoÈ buona pratica aggregare degli interruttori di isolamento prima e dopo ogni inverter/caricabatterie. Ciò consente di isolare e rimuovere facilmente l’inverter/caricabatterie, in caso necessiti manutenzione o sostituzione, senza interrompere l’alimentazione del carico critico.Sistema Filax con due inverter/caricabatterie e interruttori di isolamentoSi consiglia di aggregare il monitoraggio della batteriaÈ importante monitorare la batteria. Se l’alimentazione di rete o dal generatore non viene ripristinata, l’inverter o l’inverter/ caricabatterie scarica la batteria. Prima o poi la tensione della batteria scende a un livello talmente basso, che l’inverter ol’inverter/caricabatterie smette di funzionare. Per monitorare lo stato di carica della batteria o per ottenere un preavviso in caso di bassa tensione della batteria o basso stato della carica, aggregare al sistema un monitor della batteria.Il monitor della batteria BMV è dotato di un relè, che può essere programmato per attivarsi o disattivarsi in base allo stato di carica o di tensione della batteria. Il segnale emesso dal relè può essere usato a fini di monitoraggio.Se è necessario un monitoraggio remoto, il monitor della batteria BMV o SmartShunt può essere collegato a un dispositivo di monitoraggio, come il GlobalLink 520, oppure a un dispositivo GX, come il Cerbo GX. Ciò consente il monitoraggio remoto di tensione, stato di carica ed allarmi della batteria (per i sistemi GX, vedere il paragrafo successivo).Sistema Filax con monitoraggio della batteriaSi consiglia di aggregare un monitoraggio completo del sistemaPer il monitoraggio completo del sistema, aggregare un dispositivo GX, come il Cerbo GX. Il dispositivo GX non monitorizza direttamente il Filax, ma monitorizza gli inverter/caricabatterie, i monitor batteria e/o i caricatori solari di Victron presenti nelsistema Filax. Il monitoraggio del sistema si può effettuare localmente, tramite Wi-Fi, Ethernet, un display o il Modbus-TCP GX, oppure remotamente, tramite Internet e il portale VRM.Sistema Filax con monitoraggio completo locale e remotoInstallazione fisica:•Installare il Filax in un ambiente asciutto e ben ventilato.•Montare il Filax utilizzando i 4 fori sulla base della sua carcassa.•Aprire o chiudere la carcassa togliendo le 4 viti site nella parte superiore del coperchio della carcassa.Installazione elettricaAvvertimenti di sicurezza riguardo l’installazione elettrica:•Durante l’installazione, assicurarsi che tutte le fonti CA alimentate siano spente o siano state scollegate.•Il cablaggio delle entrate e delle uscite CA deve essere protetto da fusibili o mini interruttori (MCB),compatibili con la sezione trasversale del cavo in uso.•Assicurarsi che entrambe le entrate CA, primaria e alternativa, siano protette contro livelli di correntesuperiori a 16 A.•Gli interruttori differenziali esterni (RCD o RCCB) devono essere integrati nel sistema elettrico del Filax.•Collegare la fonte CA primaria a PRIORITY: morsetti L, N e PE.•Collegare la fonte CA alternativa a ALTERNATE: morsetti L, N e PE.•Assicurarsi che entrambe le entrate CA, primaria e alternativa, siano protette da livelli di corrente superiori a 16 A.•Collegare il carico CA a OUTPUT: morsetti L, N e PE.Connessioni elettricheConfigurazioneCollegamento dei cavi:•Se il carico CA è inferiore a 850 W, rimuovere il LINK+HIGH POWER: collegamenti cavi L e N.•Se il carico CA è superiore a 850 W, conservare il LINK+HIGH POWER: collegamenti dei cavi L e N al loro posto.Eliminare entrambi i collegamenti se il carico è inferiore a 850 WPonticello della frequenza:•Se la frequenza dell’impianto è 50 Hz, rimuovere il ponticello della frequenza o posizionarlo su un solo pin (impostazione predefinita).•Se la frequenza dell’impianto è 60 Hz, posizionare il ponticello su entrambi i pin.Ponticello posizionato = 60 Hz Ponticello non posizionato = 50 HzAl primo avvio:Il Filax non possiede un interruttore di accensione/spegnimento. Non appena l’entrata della fonte primaria e/o dell’alternativa viene alimentata, il Filax si accende.Al primo avvio si accende il LED giallo della “fonte alternativa”. Ciò accade anche quando è alimentata la fonte primaria. Dopo 30 secondi di attesa, il LED “fonte alternativa” si spegne e si accende il LED “fonte primaria”. Ora i carichi sono alimentati dalla fonte primaria e il Filax è operativo.Funzionamento generale:Il carico viene trasferito dalla fonte primaria a quella alternativa se:•La tensione della fonte primaria scende al di sotto del valore di soglia.•La frequenza della fonte primaria scende al di sotto del valore di soglia di bassa frequenza o supera la soglia di frequenza elevata.Il carico viene trasferito dalla fonte alternativa a quella primaria se:•La fonte primaria ha funzionato entro i limiti di commutazione inversa della tensione e della frequenza per 30 secondi.Consultare questo capitolo in caso di comportamento inatteso o se si sospetta un guasto del prodotto.Il corretto procedimento di risoluzione dei problemi e di assistenza indica che, per prima cosa, bisogna prendere in considerazione i problemi comuni descritti in questo capitolo.Se ciò non risolvesse il problema, rivolgersi al punto di acquisto per ottenere assistenza tecnica. Se il punto di acquisto fosse sconosciuto, vedere la pagina web di Assistenza Victron Energy.6.1. Soglie di commutazione inversa di tensione e frequenza erroneeControllare che il ponticello della frequenza sia stato impostato correttamente.Se il ponticello non è impostato per la corretta frequenza, i livelli della soglia di commutazione di tensione e frequenza saranno errati. Vedere il capitolo Dati tecnici [13] per sapere le soglie di tensione e frequenza di ogni impostazione della frequenza. 6.2. Il Filax non passa alla fonte primariaSe si accende il LED rosso di errore primario, significa che il Filax non è collegato alla fonte primaria CA.•Controllare che l’alimentazione primaria sia disponibile e si trovi entro le soglie di tensione e frequenza.•Controllare il cablaggio, gli interruttori, gli RCD e i fusibili della fonte primaria.Tenere presente che, se il LED rosso di errore primario non è acceso, la fonte primaria è disponibile e il Filax deve collegarsi alla stessa entro 30 secondi.6.3. Il RCD salta quando il Filax trasferisce il caricoIl Filax è un interruttore di trasferimento bipolare senza interruzione (“make-before-break”). Per il corretto funzionamento del RCD, entrambe le entrate devono essere riconosciute come singole fonti di alimentazione. Di conseguenza, entrambe le entrate devono avere un collegamento a terra neutro. I neutri non possono essere collegati tra le entrate o tra un’entrata e una uscita.Questo prodotto possiede una garanzia limitata di 5 anni. La presente garanzia limitata copre i difetti di materiale e di lavorazione del prodotto e dura cinque anni dalla prima data di acquisto. Per richiedere la garanzia, il cliente deve restituireil prodotto insieme alla ricevuta d'acquisto presso il punto vendita. Questa garanzia limitata non copre danni, deterioramento o malfunzionamenti dovuti ad alterazioni, modifiche, uso improprio o non ragionevole, negligenza, esposizione a troppa umidità, incendio, imballaggio non corretto, fulmini, sovraccarichi o altri fattori naturali. Questa garanzia limitata non copre danni, deterioramento o malfunzionamenti dovuti a tentativi di riparazione da parte di personale non autorizzato da Victron Energy. La mancata osservanza delle istruzioni contenute in questo manuale renderà nulla la garanzia. Victron Energy non assume alcuna responsabilità per eventuali danni derivanti dall’uso di questo prodotto. La responsabilità massima di Victron Energy, stabilita da questa garanzia limitata, non potrà essere superiore al prezzo d’acquisto reale del prodotto.9.1. Misure carcassa20025523R5(4x)75 2375.2(4x)755050100176120SDFI0000000Filax 2 Transfer Switch CE 230V/50Hz-240V/60Hz SDFI0000110Filax 2 Transfer Switch CE 110V/50Hz-120V/60HzDimension Drawing - Filax 2Dimensions in mm9.2. Schema cablaggio interno。

深圳市铭锐鑫光电有限公司双滤光片切换器型号及规格包装方式如下1.产品品名：英文名称：IR-CUT，中文名称：双滤光片切换器。

2.产品型号：CUT20*20—C1 DC3.0V3.图纸公差：以上规格为我司产品尺寸，采用精密模具加工，公差为±0.1mm。

以上产品启动电压为2.0V，工作电压3.0V.启动电流70.MA,工作电流：110MA。

具体参数规格：功能:IR-CUT双濾光片切換器螺紋尺寸:M12*0.5額定電流:0.2A（A T input5.0V）功耗:1.0W（5.0 DCV线圈）直流電阻:激发电阻25Ω±1％（20℃）工作电压:关闭→打开：5V;300毫秒打开→关闭：3V±10％;300毫秒移动式温度范围:-10℃～+60℃存储温度范围:-20℃～+80℃尺寸:37.2X19.8X5.5mmAR玻璃AR玻璃規格:玻璃形狀:11.0*9.3毫米（T=0.3毫米）动摇长度（納米）:400～1100nm的传输（％）:T> 93％IR玻璃IR玻璃規格:玻璃形狀:11.0*9.3毫米（T=0.3毫米）动摇长度（納米）:625±10nm的传输（％）:T= 50％4.包装方式：单个产品我司采用防尘；防静电保护膜保护滤光片双面的干净整洁，正反两面全封闭式包装，以保证滤光片无灰尘，无手指印。

⑴单个包装见下图：整批包装我司采用标准的环保吸塑包装。

每盘100PCS，整箱10盘，共计1000PCS,⑵吸塑盘尺寸规格为：53*32.5*3cm外观见下图⑶外箱包装尺寸规格为：55*33.5*21cm外观见下图：具体参数及规格如下：本产品采用瞬间供电，有自动定位、日夜切换功能。

采用磷酸玻璃，可真实还原图像色彩,适用电压3V规格。

功能:使用IR-CUT滤光片切换器可以为您的产品呈现更加完美的白天和夜晚图像效果。

参数规格及装配图：。