New Original Warranty 1 year Module Number: AMAT-VDC-S4T1K104 Our best-selling products: MODEL 0010-03346 0010-09416 0010-11491 0010-57526 0010-59477 0010-61477 0010-63908 0010-64344 0021-99635 0022-01367
Product Structure 1. Bypass Cabinet (Optional) The by-pass cabinet or switching cabinet may employ isolating breaker, vacuum contactor or the combination, depending on the user¡¯s working conditions. The function of by-pass cabinet is to put the motor into operation in industry frequency grid after the WLD-HVF exits, so as to ensure the continuity of user¡¯s production. The switching cabinet is designed to divert the WLD-HVF output to different motors. 2. Transformer Cabinet Used for installation of Phase-shift transformer, it is dry type transformer with functions of temperature display and over-heat protection, also with insulation grade of H. The secondary multi-winding output provides phase-shift power supply to the power unit. This can greatly improve the current waveform on grid side and reduce the harmonic interference of the equipment to power grid lower of the National Criterion. 3. Power Unit Cabinet Used for installation of power units, which adopted imported high quality components inside, all power units are installed on the sliding seat, it is very easy to replace. 4. Control Cabinet Used for installation of low voltage control components, there are controller, PLC, UPS, Electric siren, DC 24V power supply, Control Power Source Switch, Wiring Terminals, Touch Screen, Operation Button etc. The equipment adopted fiber optical communications, which has a very good EMI restraining performance; The transformer, control cabinet and all power units, are built in temperature protection, so it will be maintenance free. Technical Features Voltage source High-high frequency inverter, it can realize No-step speed regulation, which makes the typical motors into intelligent motors. Low harmonics input and high power factor, the typical value for power factor is 0.95 through whole speed regulation, even more higher, no need for power factor compensation. WLD-HVF output few harmonics, the motor does not generate extra heat and noise. Modularized design of power units, interchangeable and easy to produce and repair, the equipment can find any fault exactly based on advanced diagnostic procedures in MPU. The inverter still can operate even the faults for part of power units exists, if there are faults happen for inverter, the system can switch to power frequency through bypass function. Applicable to all kinds of power grid at home and abroad and suitable for typical high voltage motor. Colorful touch screen, easy to operate and maintenance. Able to realize remote control, DCS operation and communications with Host, and support all kinds of communications interfaces such as CAN, Profibus, Modbus, RS232, RS485 etc. Applied latest components, master control chip adopted TI¡¯s DSP F28335 and ALTERA¡¯s FPGA of EP3C to realize powerful processing capacity; Sampling adopted AD¡¯s AD7606 with 16 bit to ensure control accuracy of the system. The switchgear can satisfy safety requirements, and the pressure-relief channel of high voltage switch can ensure safe use of operators. Technical Parameters Series No Parameters Value 1 HVF Capacity(KVA) 250~8750kVA 2 Power of adaptive motor(KW) 200~7000KW 3 Input Frequency(Hz) 45~65Hz 4 Harmonics contents injected to power grid 0.95%(>20% of rated load) 7 Efficiency >96%(under a rated load) 8 Output frequency(Hz) 0.5~120Hz 9 Precision of output frequency 0.01Hz 10 Rated output current(A) 36~600A 11 Overload capability 120%(1min), 150%(3s), 200%(Immediate protection) 12 Control mode V/F control or Vector control 13 Analog input 0~10V/4~20mA 14 Analog output 0~10V/4~20mA Optional (2 channels) 15 Boolean input/output Communications/Default point (expandable) 16 Acc & Dec time (S) 0.1~3000s 17 Altitude
Product Structure 1. Bypass Cabinet (Optional) The by-pass cabinet or switching cabinet may employ isolating breaker, vacuum contactor or the combination, depending on the user¡¯s working conditions. The function of by-pass cabinet is to put the motor into operation in industry frequency grid after the WLD-HVF exits, so as to ensure the continuity of user¡¯s production. The switching cabinet is designed to divert the WLD-HVF output to different motors. 2. Transformer Cabinet Used for installation of Phase-shift transformer, it is dry type transformer with functions of temperature display and over-heat protection, also with insulation grade of H. The secondary multi-winding output provides phase-shift power supply to the power unit. This can greatly improve the current waveform on grid side and reduce the harmonic interference of the equipment to power grid lower of the National Criterion. 3. Power Unit Cabinet Used for installation of power units, which adopted imported high quality components inside, all power units are installed on the sliding seat, it is very easy to replace. 4. Control Cabinet Used for installation of low voltage control components, there are controller, PLC, UPS, Electric siren, DC 24V power supply, Control Power Source Switch, Wiring Terminals, Touch Screen, Operation Button etc. The equipment adopted fiber optical communications, which has a very good EMI restraining performance; The transformer, control cabinet and all power units, are built in temperature protection, so it will be maintenance free. Technical Features Voltage source High-high frequency inverter, it can realize No-step speed regulation, which makes the typical motors into intelligent motors. Low harmonics input and high power factor, the typical value for power factor is 0.95 through whole speed regulation, even more higher, no need for power factor compensation. WLD-HVF output few harmonics, the motor does not generate extra heat and noise. Modularized design of power units, interchangeable and easy to produce and repair, the equipment can find any fault exactly based on advanced diagnostic procedures in MPU. The inverter still can operate even the faults for part of power units exists, if there are faults happen for inverter, the system can switch to power frequency through bypass function. Applicable to all kinds of power grid at home and abroad and suitable for typical high voltage motor. Colorful touch screen, easy to operate and maintenance. Able to realize remote control, DCS operation and communications with Host, and support all kinds of communications interfaces such as CAN, Profibus, Modbus, RS232, RS485 etc. Applied latest components, master control chip adopted TI¡¯s DSP F28335 and ALTERA¡¯s FPGA of EP3C to realize powerful processing capacity; Sampling adopted AD¡¯s AD7606 with 16 bit to ensure control accuracy of the system. The switchgear can satisfy safety requirements, and the pressure-relief channel of high voltage switch can ensure safe use of operators. Technical Parameters Series No Parameters Value 1 HVF Capacity(KVA) 250~8750kVA 2 Power of adaptive motor(KW) 200~7000KW 3 Input Frequency(Hz) 45~65Hz 4 Harmonics contents injected to power grid 0.95%(>20% of rated load) 7 Efficiency >96%(under a rated load) 8 Output frequency(Hz) 0.5~120Hz 9 Precision of output frequency 0.01Hz 10 Rated output current(A) 36~600A 11 Overload capability 120%(1min), 150%(3s), 200%(Immediate protection) 12 Control mode V/F control or Vector control 13 Analog input 0~10V/4~20mA 14 Analog output 0~10V/4~20mA Optional (2 channels) 15 Boolean input/output Communications/Default point (expandable) 16 Acc & Dec time (S) 0.1~3000s 17 Altitude
Bravo ECI 380V/3kVA Inverter MODEL 3000 VA/2500 W 380 VDC/230 VAC Part number 490E00008400 DC INPUT DATA Voltage 200 400 VDC (derating between 200 270 VDC) Current (at 380 V and 2500 W output) / (maximum) 7.07 A / 10.2 A AC INPUT DATA Voltage (nominal) 120 / 208 / 220 / 230 / 240 / 277 VAC (line to neutral) Voltage (range) 100 290 VAC (derating between 100 190 VAC) Voltage brownout 1500 VA/1500 W @ 120Vac; 2500 VA/2500 W @ 190Vac; 3000 VA/2500 W @ >205 Vac Power factor >0.99 Frequency synchronization range 47 53 / 57 63 Hz OUTPUT DATA Voltage (nominal) 120 / 208 / 220 / 230 / 240 / 277 VAC (line to neutral) AC Voltage Regulation +/-0.5 % from 10 100 % load Frequency 50 Hz or 60 Hz based on input frequency (+/-0.03 %) Power (maximum) 2500 W / 3000 VA Power (overload capacity) 125 % for 15 seconds Current (nominal) / (maximum) 13.0 A (at 230 VAC) / 13.2 A THD (resistive load)
ELTEK TSI Bravo 220V/2.5kVA Inverter MODEL 2500 VA/2000 W 220 VDC/230 VAC Part number 241560.601 DC INPUT DATA Voltage (nominal / range) 220 VDC (170 â?? 300 VDC) Current (at 220 V and 2000 W output) / (maximum) 9.8 A / 14.9 A AC INPUT DATA Voltage (nominal) 208 / 220 / 230 / 240 VAC (line to neutral) Voltage (range) 150 â?? 265 VAC (derating between 150 â?? 185 VAC) Voltage brownout 2000 VA/1600 W @ 150VAC; 150 â?? 185 VAC derating: 120 watts per 10 VAC Power factor >0.99 Frequency synchronization range 47 â?? 53 / 57 â?? 63 Hz OUTPUT DATA Voltage (nominal) 208 / 220 / 230 / 240 VAC (line to neutral) Frequency 50 Hz or 60 Hz based on input frequency (+/-0.03 %) Power (maximum continuous) 2500 W / 3000 VA Power (overload capacity) 150 % for 15 seconds Current 10.87 A (at 230 VAC) THD (resistive load)
YP15C48AGF02N upper filter Oil return filter 369B1833P0013 ZALX140*400-FN1 filter 3PG110*250A80 filter KMG-T16B10D. AP3E301-02D01V/-F Feed water pump magnetic filter CHTC6/5 W.38.Z.000167 ZALX160*800-BZ1 filter W.38.C.0017 Oil motive inlet filter (flush) W.38.Z.000207 Gear box oil filter 01.nr 1000.32227.10vg.25g.25.b.v.-.s1 DFLQH-0018 W.38.z.000236 21CC1244-150*915 coalescing NRSG-125 filter 2PD160*1000*2A25 filter AP3E301-01D03V/-W Double filter cartridge DQ60DW25H0.8C Diatomaceous earth filter ZALX160*800-MZ1 filter ZALX140*250-MZ1 filter 2600R010BN4HC/B4-KE50 gear box lubricating oil filter Separation filter 1201723deh 0080mg020bn ZA2LS1000W-BZ1 filter K151.73.41.39.02 oil filter pump oil return filter YP16A86JGF03V power plant special filter QF8203CA10HC filter Main oil pump suction filter HQ25.600.11Z 728354 filter 310762 gear box lubricating oil filter W.38.Z.000208 HCY0106FDS8Z, DP6SH201EA10V/W, ZTJ300-000-07 YP07J39JGF03N Filter element IX-63*10 21FC2221-60X160/6 filter 21FC1421-160*600/14 filter element Zalx180x400-mdc1 0110d010bn4hc/-v 21FC5121-60*160/20 filter ZALX180*400-MDC1 filter YP07H36CGF01V filter Gear box filter fd70b-602000a016 Main oil pump outlet working filter type: DP602EA03/W, HCY0108FKP13Z, V6021V4C03 DR405EA01V/-F. DP2B01EA10V filter 8061-14-01 filter ZA2LS400W-MZ1 filter W.38.Z.000223 Motive inlet filter (flush) DP309EA10V QF2203G10HC filter WeChatï¼?13103800445 Skype:shengen zhang OR:c055d836c4749f0f
W.38.Z.000206 21CC1224-150*710 filter element 3PD140*250E15c filter 1300R020BN4HC/-B4-KE50 gear box lubricating oil filter QTL-691/GF025W 8051-13-08 filter YP15C48AGF02N upper filter Oil return filter 369B1833P0013 ZALX140*400-FN1 filter 3PG110*250A80 filter KMG-T16B10D. AP3E301-02D01V/-F Feed water pump magnetic filter CHTC6/5 W.38.Z.000167 ZALX160*800-BZ1 filter W.38.C.0017 Oil motive inlet filter (flush) W.38.Z.000207 Gear box oil filter 01.nr 1000.32227.10vg.25g.25.b.v.-.s1 DFLQH-0018 W.38.z.000236 21CC1244-150*915 coalescing NRSG-125 filter 2PD160*1000*2A25 filter AP3E301-01D03V/-W Double filter cartridge DQ60DW25H0.8C Diatomaceous earth filter ZALX160*800-MZ1 filter ZALX140*250-MZ1 filter 2600R010BN4HC/B4-KE50 gear box lubricating oil filter Separation filter 1201723deh 0080mg020bn ZA2LS1000W-BZ1 filter K151.73.41.39.02 oil filter pump oil return filter YP16A86JGF03V power plant special filter QF8203CA10HC filter Main oil pump suction filter HQ25.600.11Z 728354 filter 310762 gear box lubricating oil filter W.38.Z.000208 HCY0106FDS8Z, DP6SH201EA10V/W, ZTJ300-000-07 YP07J39JGF03N Filter element IX-63*10 21FC2221-60X160/6 filter 21FC1421-160*600/14 filter element Zalx180x400-mdc1 WeChatï¼?13103800445 Skype:shengen zhang OR:c055d836c4749f0f
Technical data: Applicable range:0.5-20l(paint in drum) Height in the drum:7cm to 39cm, Diameter of the drum:7cm to 30cm Revolution speed:60-200r/min Rotation speed:120-400r/min Power supply:750w Net weight:180kg Gross weight:210kg Case size:950(h)f-820(w)f-750(d)mm Packing size:1200(h)f-900(w)f-810(d)mm Feature of kd-30a: Start self-checking program automatically before operation, in case of any abnormality, the controller will activate alarm through digital display and buzzer will sound. Digital display will show the actual time set and time used, so that the operators may have exact mixing time idea for better result. Easy moving or fixing of interior case support. Automatic identifvin size of the drum to offer adequate clamping power and rotating speed. Automatic clamping and open setting;revolution and rotation may start synchronously during paint mixing. Multi-grade intelligent timing inverter, adequate speed control ensures. Net weight:180kg Gross weight:210kg Case size:950(h)f-820(w)f-750(d)mm Packing size:1200(h)f-900(w)f-810(d)mm
CH modular, IP20 finger-safe DIN-Rail holders for Class CC, midget and PV fuses Bussmann series CH DIN-Rail fuse holders are for UL Class CC and midget fuses, and IEC 10x38mm fuses. They are available with and without indication in 1-, 2- and 3-pole IP20 finger-safe versions. A variety of accessories extends their application flexibility and they may be ganged together to meet specific application requirements. Ratings Volts 600 V (or less) UL 690 V (or less) IEC 1000 Vdc (or less) photovoltaic (PV) Amps 30 A UL 32 A IEC SCCR 33 kA photovoltaic 200 kA RMS Sym. (CHCC, CHM*) * CHM SCCR is fuse interrupting rating dependent. Agency information CHCC, CHM; UL Listed Guide IZLT, Recognized Guide IZLT2, File E14853 CHPV, UL Listed to 4248-19, Guide IZMR, File E348242 CSA File 47235, CHPV and CHM - Class 6225-30, CHCC - Class 6225-01 IEC 60269-2 (CHM, CHPV) CCC RoHS compliant CE Storage and operating temperature -4°F (-20°C) to +194°F (90°C) indicating -4°F (-20°C) to +248°F (120°C) non-indicating Features High SCCR rated, UL Listed Class CC holder with optional open fuse indication for 600 V and 48 Vdc (see catalog number table for details) Enhanced safety with IP20 finger-safe construction UL Recognized midget and IEC 10x38mm holders with factory assembled neutral pole option Agency ratings up to 1000 Vdc for use with PV fuses. Available remote PLC fuse indication module Wiring flexibility with terminals rated for use with 75°C or 90°C solid, stranded and fine stranded wire, and fork terminals and comb busbars. (Use any higher temperature insulations at the 90°C ampacity with appropriate derating.) Complete range of UL Listed and high SCCR rated one- and threephase finger-safe comb busbars and power feed lugs Optional hex head terminal screw makes it easier to achieve necessary torque values CHM1DIU CHM1DU CHM2DIU CHM2DU CHM3DIU CHM3DU CHM4DIU CHM4DU CHM1DNIU CHM1DNU CHM1DNXU CHM1DCIU CHM1DCU CHM2DCIU CHM2DCU CHM3DCIU CHM3DCU CHM4DCIU CHM4DCU CHCC1DIU CHCC1DU CHCC2DIU CHCC2DU CHCC3DIU CHCC3DU CHCC1DI-48U CHPV1IU CHPV1U CHPV2IU CHPV2U
CH modular, IP20 finger-safe DIN-Rail holders for Class CC, midget and PV fuses Bussmann series CH DIN-Rail fuse holders are for UL Class CC and midget fuses, and IEC 10x38mm fuses. They are available with and without indication in 1-, 2- and 3-pole IP20 finger-safe versions. A variety of accessories extends their application flexibility and they may be ganged together to meet specific application requirements. Ratings Volts 600 V (or less) UL 690 V (or less) IEC 1000 Vdc (or less) photovoltaic (PV) Amps 30 A UL 32 A IEC SCCR 33 kA photovoltaic 200 kA RMS Sym. (CHCC, CHM*) * CHM SCCR is fuse interrupting rating dependent. Agency information CHCC, CHM; UL Listed Guide IZLT, Recognized Guide IZLT2, File E14853 CHPV, UL Listed to 4248-19, Guide IZMR, File E348242 CSA File 47235, CHPV and CHM - Class 6225-30, CHCC - Class 6225-01 IEC 60269-2 (CHM, CHPV) CCC RoHS compliant CE Wire range 75°C and 90°C Cu 18-4 AWG (0.8-21.1mm2) Solid, stranded and fine stranded* * See data sheet 10430 for application details. Terminals Single or dual conductors Comb busbar Terminal screws Standard phil-slot Optional hex head (order by adding -H suffix to the catalog number, e.g., CHM1DU-H) Torque 30 lb-in (3.4 Nâ?¢m) maximum Flammability UL 94V0, self-extinguishing Storage and operating temperature -4°F (-20°C) to +194°F (90°C) indicating -4°F (-20°C) to +248°F (120°C) non-indicating Features High SCCR rated, UL Listed Class CC holder with optional open fuse indication for 600 V and 48 Vdc (see catalog number table for details) Enhanced safety with IP20 finger-safe construction UL Recognized midget and IEC 10x38mm holders with factory assembled neutral pole option Agency ratings up to 1000 Vdc for use with PV fuses. Available remote PLC fuse indication module Wiring flexibility with terminals rated for use with 75°C or 90°C solid, stranded and fine stranded wire, and fork terminals and comb busbars. (Use any higher temperature insulations at the 90°C ampacity with appropriate derating.) Complete range of UL Listed and high SCCR rated one- and threephase finger-safe comb busbars and power feed lugs Optional hex head terminal screw makes it easier to achieve necessary torque values CHCC1DIU CHCC1DU CHCC2DIU CHCC2DU CHCC3DIU CHCC3DU CHCC1DI-48U
FDV-1KW Technical Parameter: Power : 1KW Blade Height: 1.8m Material of the blades : Fiber glass-reinforced plastic Rated Wind Speed: 10m/s Cut-in Speed: 3m/s Cut-out Speed: 25m/s Security Wind Speed: 40m/s Output Voltage: 48v Working Temperature : -40--+40 Height of Guy Cable Tower: 6m Top Quality Except Tower: 120kg Generator Style: 3-phase AC PM Output Controller System: Controller , Inverter Suggested Batteries and its Capacity: 4PCS 12V100AH Can Supply Power for: Washing machine,Color TV, Lighter, Fanner, Charger 1KW OFF GRID QUOTATION. CONTROLLER & INVERTER: Model: WWS10A-48-B Rated Wind Turbine Power: 1kW Rated Solar Power: 300W Rated Battery Voltage: 48V Wind Turbine Maximum Input Current: 40A Wind Turbine Maximum Input Power: 2kW Unload Voltage factory default : 56V Unload Current factory default : 25A Control Mode: PWM Display Mode: LCD Display Parameters: Wind Turbine Power, Wind Turbine Voltage, Wind Turbine Current, PV Voltage, PV Charge Current, PV Power, Battery Voltage. Working Temperature & Humidity: -20~+50/35~85%RH Without Condensation Temperature Compensation optional : 4mV//2V ,¨C35--+80 , Precision 1 Communication Mode optional : RS232, RS485, RJ45, GPRS. Etc Protection Function: Solar reverse charge protection , Solar reverse connection protection, Battery over charge protection ,Battery reverse connection protection, Lightning protection, Wind turbine current limiting, Wind turbine automatic brake and manual brake. Model: WI10-48-S Rated Output Capacity : 1kVA Rated Battery Voltage : 48 VDC Over Voltage Shutoff: 68VDC Over Voltage Recovery: 66VDC Under Voltage Shutoff: 42VDC Under Voltage Recovery: 48VDC No Load Loss: 0.35 A Output Wave Form: Pure Sine Wave Display Mode: LCD Display Parameters: Battery Voltage, Status parameters Cooling Mode: Fan Rated Output Voltage: 110/120/220/230/240VAC Wave Distortion: 4 Output Frequency: 50/60 Hz¡À0.05Hz Dynamic Response: 5% Overload Capacity: 120% 1min,150% 10s Inverter Efficiency: Maximum 90% Noise 1m : 40dB Insulating Strength: 1500VAC,1min Protection Function: Battery over voltage protection, Battery under voltage protection, Battery reverse connection protection, Output overload protection, Output short circuit protection, Overheating protection. Working Ambient Temperature: -20¡«50 Working Altitude: 4000m Working Ambient Humidity: 0~90%,no condensing. In plywood.
Model IWELD-100S IWELD-120S IWELD-140S Main Voltage 1PH 230V 1PH 230V 1PH 230V Frequency 50/60Hz 50/60Hz 50/60Hz Rated Input Capacity 3.3KVA 3.2KVA 3.5KVA MAX No-Load Voltage 75V 75V 75V Current Range 20-100A 30-165A 35-180A Rated Duty Cycle 60% 60% 40% Power Factor cosφ0.85 cosφ0.85 cosφ0.85 Welding Wire 1.6-3.2mm 1.6-3.2mm 1.6-3.2mm Insulation Class F F F Protection Degree IP21S IP21S IP21S Dimension 35x13x23CM 35x13x23CM 35x13x23CM Weight 4.9KG 4.9KG 5.5KG. FUNCTION & FEATURE: 1.Advanced (IGBT)inverter and single PCB technology,Unique design. 2.High efficiency. 3.Stable performance,automatic voltage compesation capablility. 4.Easy for arc starting,less splash. 5.Light,compact,easy to operate. ACCESSORIES: 1.2m welding cable with electrode holder 1 piece 2.2m earth cable with clamp 1 piece 3.Hand-held shield with glass 1 piece 4.Hammer/brush 1 piece.
FD3.0-1KW Technical Parameter Power : 1KW Blade Diameter: 3.0m Rated Rotor Speed: 400r/min Rated Speed: 8m/s Rated Power: 1KW Max Power: 1.5kw Output Voltage: DC48V Start Up Wind Speed: 3(m/s) Work Speed: 3-25(m/s) Security Wind Speed: 40(m/s) Height of Guy Cable Tower: 6(m) Top Quality Except Tower: 76kg Output Controller System: Controller , Inverter Suggested Batteries and its Capacity: 4PCS 12V150AH Can Supply Power for: Washing machine,Color TV, Lighter, Fanner, Charger FD3.0-1 KW Off Grid QUOTATION Controller & inverter: Model: WWS10A-48-B Rated Wind Turbine Power: 1kW Rated Solar Power: 300W Rated Battery Voltage: 48V Wind Turbine Maximum Input Current: 40A Wind Turbine Maximum Input Power: 2kW Unload Voltage factory default: 56V Unload Current factory default: 25A Control Mode: PWM Display Mode: LCD Display Parameters: Wind Turbine Power, Wind Turbine Voltage, Wind Turbine Current, PV Voltage, PV Charge Current, PV Power, Battery Voltage. Working Temperature & Humidity: -20~+50/35~85%RH Without Condensation Temperature Compensation optional: 4mV//2V ,¨C35--+80 , Precision 1 Communication Mode optional: RS232, RS485, RJ45, GPRS. Etc Protection Function: Solar reverse charge protection , Solar reverse connection protection, Battery over charge protection ,Battery reverse connection protection, Lightning protection, Wind turbine current limiting, Wind turbine automatic brake and manual brake. Model: WI10-48-S Rated Output Capacity : 1kVA Rated Battery Voltage : 48 VDC Over Voltage Shutoff: 68VDC Over Voltage Recovery: 66VDC Under Voltage Shutoff: 42VDC Under Voltage Recovery: 48VDC No Load Loss: 0.35 A Output Wave Form: Pure Sine Wave Display Mode: LCD Display Parameters: Battery Voltage, Status parameters Cooling Mode: Fan Rated Output Voltage: 110/120/220/230/240VAC Wave Distortion: 4 Output Frequency: 50/60 Hz 0.05Hz Dynamic Response: 5% Overload Capacity: 120% 1min,150% 10s Inverter Efficiency: Maximum 90% Noise 1m: 40dB Insulating Strength: 1500VAC,1min Protection Function: Battery over voltage protection, Battery under voltage protection, Battery reverse connection protection, Output overload protection, Output short circuit protection, Overheating protection. Working Ambient Temperature: -20¡«50 Working Altitude: 4000m Working Ambient Humidity: 0~90%,no condensing. in plywood.
Printing Colors: 8 colors Applicable Printing Base Materials:BOPP Film: 18~60m CPP Film: 30~60m Nylon Film: 20~50m PE Film: 40~80m PVC Film: 25~80m Cellophane: 20~30m PET Film: 12~60m Printing Width: 800-1050mm Max mechanical speed: 220m/mim Max Printing Speed: 200m/mim (n=300rpm) Comprehensive Registration Precision: Longitudinal 0.15mm transverse 0.15mm Tension range: 3~25kg/ web Tension control: Seven motor four Swing roller Double closed-loop control Precision tension control: 0.2Kg Max imprint power: 300kg/ web Diameter of printing plate : 120 mm~300mm (Printing length:377~942mm) Width of printing plate : 820~1150mm Width of Guidance Roller: 1100 mm Machine frame internal width : 1500 mm Diameter of unwinding and rewinding : Max 600 mm Main Drive Motor:18.5kW, Vector frequency motor, rotary encoder speed feedback, double-loop AC vector inverter control, centralized control of the programmable controller PLC. Machine equipped with the total power of about 346.5KW (the actual use of the equipment, the power of 30 ~ 60%), in which motor power 46kW, fan power 48.5KW;electric heating power 252kw Air Source: Clean Compressed Air After Filtering Water and Oil (Pressure 6~8Kg f/cm2 ) ,The lowest air pressure: 0.6Mpa Cooling water: 5T/h (Pressure 2~4kg/cm2) Dimension : 21200(L)4800(W) 3800(H)mm Color of Machine : ivory New Advanced decorative panel Printing flow: From left to right Machine weight: 40000 kg Dimension : 21200(L)4800(W) 3800(H)mm.
Voltage Monitoring Series SM 501 86 Cat. No. Parameters MG53BH MG53BF MG63BH MG63BF 415 VAC (3 Phase, 3 Wire) 220 VAC (3 Phase, 3 Wire) Frequency Power Consumption (Max.) 10 VA 5 VA 50/60 Hz Supply Voltage ( ) 105% to 125% (of ) 55% to 95% (of ) Trip Settings Under Voltage Over Voltage Hysterisis 7 V (�± 2 V) of Trip Voltage Phase Loss Phase Sequence Phase Asymmetry Yes Yes LED Indication Storage Temperature Operating Temperature Separate indications for Power ON, UV and OV; ON: Phase Reverse; BLINK: Phase Asymmetry O -15 C To + 55 C O O -25 C To + 70 C O Utilization Category AC - 15 DC - 13 Rated Voltage (Ue): 120/240 V, Rated Current (Ie): 3.0/1.5 A Rated Voltage (Ue): 24/125/250 V, Rated Current (Ie): 2.0/0.22/0.1 A Output Contact Rating Electrical Life Mechanical Life Relay Output 5A @ 250 VAC / 28 VDC (Resistive) 5 1X10 6 3X10 2 C/O Enclosure Dimension (W x H x D) (in mm) Weight (unpacked) Mounting Certification Flame Retardant UL 94-V0 36 X 90 X 60 120 g Base / DIN rail Degree of Protection IP 20 for Terminals, IP 40 for Enclosure ORDERING INFORMATION Note: 1) Voltage Setting Accuracy: �± 5 % of Full Scale; Time Setting Accuracy: �± 10 % of Full Scale 2) In the event of Phase Sequence or Phase Loss, OFF Delay is 100 ms Humidity (Non Condensing) 95% (Rh) 0.5 to 15 s (Selectable) 5 s 0.5 to 15 s (Selectable) 5 s 0.5 to 15 s (Selectable) 5 s 0.5 to 15 s (Selectable) Time 5 s Delay ON Delay Trip Time (OFF Delay) 10% (of ) Cat. No. Description MG53BH 415 VAC, & Single Phasing Preventor (SPP) with Selectable ON Delay (0.5 to 15 sec), 2 C/O MG53BF 415 VAC, UV / OV & SPP with Selectable OFF Delay (0.5 to 15 sec), 2 C/O MG63BH 220 VAC, with Selectable ON Delay (0.5 to 15 sec), 2 C/O MG63BF 220 VAC, with Selectable OFF Delay (0.5 to 15 sec), 2 C/O UV / OV UV / OV & SPP UV / OV & SPP EMI / EMC Harmonic Current Emissions IEC 61000-3-2 Ed. 3.2 (2009-04) Class A ESD IEC 61000-4-2 Ed. 2.0 (2008-12) Level III Radiated Susceptibility IEC 61000-4-3 Ed. 3.2 (2010-04) Level III Electrical Fast Transients IEC 61000-4-4 Ed. 3.0 (2012-04) Level IV Surges IEC 61000-4-5 Ed. 2.0 (2005-11) Level IV Conducted Susceptibility IEC 61000-4-6 Ed. 3.0 (2008-10) Level III Voltage Dips & Interruptions (AC) IEC 61000-4-11 Ed. 2.0 (2004-03) All 7 Levels Conducted Emission CISPR 14-1 Ed. 5.2 (2011-11) Class A Radiated Emission CISPR 14-1 Ed. 5.2 (2011-11) Class B Environmental Cold Heat IEC 60068-2-1 Ed. 6.0 (2007-03) Dry Heat IEC 60068-2-2 Ed. 5.0 (2007-07) Vibration IEC 60068-2-6 Ed. 7.0 (2007-12) 5g Repetitive Shock IEC 60068-2-27 Ed. 4.0 (2008-02) 40g, 6ms Non-Repetitive Shock IEC 60068-2-27 Ed. 4.0 (2008-02) 30g, 15ms RoHS Compliant LED Indications for Power and Fault conditions Voltage Sensing Principle 2 C/O Configuration
Protects against Phase Loss, Phase Reversal & Phase Asymmetry Can be configured for 3 Phase 4 Wire or 1 Phase system Selectable Over Voltage / Under Voltage Trip level Selectable Time Delay LED Indications for Power and Fault conditions Voltage Sensing principle 1 C/O or 2 C/O Configuration Voltage Monitoring Series SM 500 83 Cat. No. Parameters 240 VAC (1 Phase & 3 Phase, 4 Wire) Frequency Power Consumption (Max.) 4 VA 50/60 Hz Supply Voltage ( ) 105% to 125% (of ) 55% to 95% (of ) LED Indication Operating Temperature Storage Temperature Separate indications for Power ON, UV and OV O O -15 C To + 55 C O O -25 C To + 70 C Utilization Category AC - 15 DC - 13 Rated Voltage (Ue): 120/240 V, Rated Current (Ie): 3.0/1.5 A Rated Voltage (Ue): 24/125/250 V, Rated Current (Ie): 2.0/0.22/0.1 A Trip Settings Under Voltage Phase Loss Phase Sequence Phase Asymmetry Over Voltage 0.5 to 15 s (Selectable) 5 s 0.5 to 15 s (Selectable) 5 s 5 s 0.5 s to 15 min (Selectable) Time Delay ON Delay Trip Time (OFF Delay) Output Contact Rating Electrical Life Mechanical Life Relay Output 5A @ 250 VAC / 28 VDC (Resistive) 5 1X10 6 3X10 1 C/O Enclosure Dimension (W x H x D) (in mm) Weight (unpacked) Approx. Mounting Certification Flame Retardant UL 94-V0 36 X 90 X 60 120 g Base / DIN rail Degree of Protection IP 20 for Terminals, IP 40 for Enclosure ORDERING INFORMATION Note: 1) Voltage setting is with respect to Neutral. Voltage Setting Accuracy: �± 5 % of Full Scale; Time Setting Accuracy: �± 10 % of Full Scale RoHS Compliant Humidity (Non Condensing) 95% (Rh) EMI / EMC Harmonic Current Emissions IEC 61000-3-2 Ed. 3.2 (2009-04) Class A ESD IEC 61000-4-2 Ed. 2.0 (2008-12) Level II Radiated Susceptibility IEC 61000-4-3 Ed. 3.2 (2010-04) Level III Electrical Fast Transients IEC 61000-4-4 Ed. 3.0 (2012-04) Level IV Surges IEC 61000-4-5 Ed. 2.0 (2005-11) Level IV Conducted Susceptibility IEC 61000-4-6 Ed. 3.0 (2008-10) Level III Voltage Dips & Interruptions (AC) IEC 61000-4-11 Ed. 2.0 (2004-03) All 7 Levels Conducted Emission CISPR 14-1 Ed. 5.2 (2011-11) Class A Radiated Emission CISPR 14-1 Ed. 5.2 (2011-11) Class A Environmental Cold Heat IEC 60068-2-1 Ed. 6.0 (2007-03) Dry Heat IEC 60068-2-2 Ed. 5.0 (2007-07) Vibration IEC 60068-2-6 Ed. 7.0 (2007-12) 5g Repetitive Shock IEC 60068-2-27 Ed. 4.0 (2008-02) 40g, 6ms Non-Repetitive Shock IEC 60068-2-27 Ed. 4.0 (2008-02) 30g, 15ms Cat. No. Description MD71BH 240 VAC, UV / OV with Selectable ON Delay (0.5 to 15 sec), 1 C/O MD71BF 240 VAC, UV / OV with Selectable OFF Delay (0.5 to 15 sec), 1 C/O MD71B9 240 VAC, UV / OV with Selectable ON Delay (0.5 s to 15 min), 1 C/O
Summarize The NE100 Optical transmission platform can be as a converge center of optical transmission system in headend and hub to increase network reliability, scalability and cost-effective deployments. NE100 provide high usable module density (up to 14 modules in 4RU chassis), smart management in local or through SNMP, simplified installation, optional redundant powering, hot-swappable modules. Features Convenient: Blind-mate RF adaptors on the back-plane. Simple insertionand removal of modules; vacuum fluorescent display and navigation buttons for use as a simple interface for local status monitoring and control High Density: Capable of accommodating up to 14 application modules in a 4RU chassis Universal: Application modules can be located in any slot. Hot-swappable Modules: All application modules are hot-swappable modules, time-delay and protection circuit inside Intelligence: CPU intelligent system controller, monitoring the output voltage of power module and the system temperature; Blue-Screen VFD display the work status of the system; Element Management interface and independent TCP/IP server, ease to manage remotely High Reliability: two additional slots in the rear accommodate the AC and/or DC power supplies (120/240 Vac or -48 Vdc). One is main power supply, another is redundant, heat switched automatically Configurations Chassis Model Descriptions NE100-H Housing (only),no power NE100-H1 Housing, 1 NE100-PSAC NE100-H2 Housing, 2 NE100-PSAC NE100-H3 Housing, 1 NE100-PSDC NE100-H4 Housing, 2 NE100-PSDC Powering Modules Model Descriptions NE100-PSAC AC Power Supply 180~264V,50/60Hz NE100-PSDC DC Power Supply,-48v Application Modules Module Descriptions TFT100-(output power,mw) Forward 1310nm Optical Transmitter 4~20mw TFR100 Forward optical receiver TRR100 Single Reverse Optical Receiver TRR120 Dual Reverse Optical Receiver TRT100F Reverse Optical Transmitter,FP TRT100D Reverse Optical Transmitter,DFB TRT100C Reverse Optical Transmitter,CWDM NE100-H Chassis Technical Specifications Items Specifications Dimensions(Hí-Wí-D) mm 177í-437í-550 Slots 14 Power supply AC,180~264v 50/60 Hz, or DC,-48V RF Connectors F-Type Weight kg 20 Ordering Information: Model Number Descriptions NE100-H Chassis (only),no power NE100-PSAC AC Power Supply 180~264V,50/60Hz NE100-PSDC DC Power Supply,-48v NE100-H1 Chassis, 1 NE100-PSAC NE100-H2 Chassis, 2 NE100-PSAC NE100-H3 Chassis, 1 NE100-PSDC NE100-H4 Chassis, 2 NE100-PSDC PS100 AC & DC Power Supplies Summarize The PSAC and PSDC are power supply modules that provide AC and DC voltages for the NE100 optical broadband transmission platform, the module is installed in the rear of the Housing accommodates two power supplies for true power source redundancy. When two power supplies are used, the load is shared between both supplies. If one supply fails, the other immediately picks up the additional load. Features 1. High reliability. 2. Low output voltage 3. Dual power supply hot-switched Specifications Input Voltage 180-270V 50HZ AC 40-72VDC DC Output +24.4V7A +5.4V 8A -5.4V 8A Efficiency >85% Note: PSDC-48V, -48V DC Power Supply. 10KG
Summarize The NE100 Optical transmission platform can be as a converge center of optical transmission system in headend and hub to increase network reliability, scalability and cost-effective deployments. NE100 provide high usable module density (up to 14 modules in 4RU chassis), smart management in local or through SNMP, simplified installation, optional redundant powering, hot-swappable modules. Features Convenient: Blind-mate RF adaptors on the back-plane. Simple insertionand removal of modules; vacuum fluorescent display and navigation buttons for use as a simple interface for local status monitoring and control High Density: Capable of accommodating up to 14 application modules in a 4RU chassis Universal: Application modules can be located in any slot. Hot-swappable Modules: All application modules are hot-swappable modules, time-delay and protection circuit inside Intelligence: CPU intelligent system controller, monitoring the output voltage of power module and the system temperature; Blue-Screen VFD display the work status of the system; Element Management interface and independent TCP/IP server, ease to manage remotely High Reliability: two additional slots in the rear accommodate the AC and/or DC power supplies (120/240 Vac or -48 Vdc). One is main power supply, another is redundant, heat switched automatically Configurations Chassis Model Descriptions NE100-H Housing (only),no power NE100-H1 Housing, 1 NE100-PSAC NE100-H2 Housing, 2 NE100-PSAC NE100-H3 Housing, 1 NE100-PSDC NE100-H4 Housing, 2 NE100-PSDC Powering Modules Model Descriptions NE100-PSAC AC Power Supply 180~264V,50/60Hz NE100-PSDC DC Power Supply,-48v Application Modules Module Descriptions TFT100-(output power,mw) Forward 1310nm Optical Transmitter 4~20mw TFR100 Forward optical receiver TRR100 Single Reverse Optical Receiver TRR120 Dual Reverse Optical Receiver TRT100F Reverse Optical Transmitter,FP TRT100D Reverse Optical Transmitter,DFB TRT100C Reverse Optical Transmitter,CWDM NE100-H Chassis Technical Specifications Items Specifications Dimensions(Hí-Wí-D) mm 177í-437í-550 Slots 14 Power supply AC,180~264v 50/60 Hz, or DC,-48V RF Connectors F-Type Weight kg 20 Ordering Information: Model Number Descriptions NE100-H Chassis (only),no power NE100-PSAC AC Power Supply 180~264V,50/60Hz NE100-PSDC DC Power Supply,-48v NE100-H1 Chassis, 1 NE100-PSAC NE100-H2 Chassis, 2 NE100-PSAC NE100-H3 Chassis, 1 NE100-PSDC NE100-H4 Chassis, 2 NE100-PSDC PS100 AC & DC Power Supplies Summarize The PSAC and PSDC are power supply modules that provide AC and DC voltages for the NE100 optical broadband transmission platform, the module is installed in the rear of the Housing accommodates two power supplies for true power source redundancy. When two power supplies are used, the load is shared between both supplies. If one supply fails, the other immediately picks up the additional load. Features 1. High reliability. 2. Low output voltage 3. Dual power supply hot-switched Specifications Input Voltage 180-270V 50HZ AC 40-72VDC DC Output +24.4V7A +5.4V 8A -5.4V 8A Efficiency >85% Note: PSDC-48V, -48V DC Power Supply. 10KG
Model 48V / 2000W HE Part number 241115.105 INPUT DATA Voltage (nominal) 185 - 275 VAC / 185 - 275 VDC Voltage (range) 85 - 300 VAC / 85 - 275 VDC Frequency 45 - 66 Hz, 15-18.5 Hz1) / 0 Hz Current (maximum) @ nominal input, full load 11.6 ARMS Protection Fuse in both lines Varistor for transient protection Disconnect above 300 VAC/DC OUTPUT DATA Voltage (default) 53.5 VDC Voltage (adjustable range) 43.5 - 57.6 VDC Power (maximum) 2000 W Power @ 85 VAC 850 W Current (maximum) @ nominal input, full load 41.7 A Ripple, 30MHz bandwidth < 100 mVpp Psophometric noise < 2 mVRMS Static Voltage regulation �±0.5% for 10 - 100% load Dynamic Voltage regulation �±5.0% for 10-90% or 90-10% load variation, regulation time < 50ms Protection Fuse, Short circuit proof, High temperature protection, Hot plug-in inrush current limiting OTHER SPECIFICATIONS Efficiency @ nominal input 96 % Isolation 3.0 kVAC - input to output, 1.5 kVAC - input to earth, 500 VDC - output to earth Alarms: Red LED 'on' Low mains shutdown, High and low temperature shutdown, Rectifier Failure, Overvoltage shutdown on output, Fan failure, Low voltage alarm, CAN bus failure Warnings: Yellow LED 'on' Rectifier in power derate mode, Remote battery current limit activated, Input voltage out of range, flashing at overvoltage Normal (module running): Green LED 'on' Acoustic noise, full load @ Tambient = 25�°C full load @ Tambient = 40�°C < 20 dBA < 56 dBA MTBF (Telcordia SR-332 Issue I method III (a)) >350 000 (@ Tambient : 25 �°C) Operating temperature -40 to +75�°C (-40 to +167�°F)4), humidity 5 - 95% RH non-condensing Temperature de-rating >55�°C (131�°F), 1200W @ 75�°C (167�°F) Storage temperature -40 to +85�°C (-40 to +185�°F), humidity 0 - 99% RH non-condensing Dimensions[WxHxD] / Weight 109 x 41.5 x 327mm (4.25 x 1.69 x 13â??) / 1.95 kg (4.3 lbs) DESIGN STANDARDS Electrical safety EN 60950-1:2006+A11:2009+A1:2010+A12:2011+A2:2013, UL 60950-1:2014, CSA C22.2 No.60950-1-07:2014, IEC 60950-1:2013 EMC EN 61000-6-1:2019, -6-2:2019, - 6-3:2007 + A1:2011, - 6-4:2019, EN 61000-3-2:2019 ETSI EN 300 386 V.2.1.1, Telcordia NEBS GR1089 CORE Marine DNVGL-CG-03392) Environment ETSI EN 300 019: 2-1 (Class 1.2) & 2-2 (Class 2.3) EU 2015/863 (RoHS) & 2012/19/EU (WEEE) Normal operating conditions as per IEC 62040-5-3:2016 clause 4.2. Other operating conditions as per IEC 62040-5-3:2016 clause 4.3, must be advised
4000 watt pure sine inverter REP4000 is a 4000 Watt Pure Sine inverter, 24 VDC input, 120/220 VAC output, 50/60 Hz. It intelligently integrates a 110 Amp 4 stage Battery Charger and a 70 Amp Transfer Relay into an advanced and affordable off-grid power solution. REP Series is a adaptive battery charger, transfer relay All in ONE unit. Samlex Evolution Series inverter/chargers provide reliable AC power wherever its needed. For use with boats, RVs, cabins and specialty vehicles, as well as alternative energy, back-up and emergency power applications.
