Search results for "탤래@UPCOIN24!"

ASUM-472M500EF1 90x145mm Electrolytic Power Capacitor w/ Stud- 85 °C 15.000 hrs, 4700 uF, 500V Characteristics and utility 10,000uF 350V0.0kvar 20kvar Electrolytic Connector type - Stud inserts Indoor mounting Standards IEC 60831-1/2 EN 60831-1/2 Specification Itelcond Part Number ASUM-472M500EF1 Technology Electrolytic Dimensions ø90x145mm Mounting M12 Stud Standards IEC 60831-1/2, EN 60831-1/2 Voltage 500V Operating Temperature Range -40 to 85 °C Capacitance 14700uF Tolerance On Capacitance +10 / -20% Lifetime 10000 Hours @ 85 °C (Long Life) Termination Style M5 Inserts Unit Weight 1.85kg Factory Pack Quantity 50 Datasheet Product Datasheet

Read more less

Fastron Electronics HF121-12/0.4-40-14%K, 40kVar 400VAC 14% Detuned Reactor for Power Factor Correction Capacitor Banks, 1.92mH(400VAC) 3.071mH(525VAC) Specification Technical Features HF121-12/0.4-40-14%K Electrical Voltage 400V System/525V Capacitor Network Frequency 50/60Hz Nominal Power 40kvar mH Rating 1.92mH(400VAC) 3.071mH(525VAC) Value of p% 14% (134 / 160Hz) Type of Conductor Aluminium/Copper(optional) Tolerance L 5% Linearity (5% L) 1.8 x In Isolation Voltage kV Maximum Room Temperature -10 to 45 Deg C Internal isolation Class F(155°C), Class H (180°C Optional) Maximum Overload Permanent 1.17 x In Temporary 2 x In Safety Protection Thermostat Opens at 90 °C Degree Protection IP00 Installation Indoor Standards EN-60289, IEC60076 Weight 38kg Datasheet Product Datasheet Installation Guide HF121 Series Installation Guide

Read more less

Fastron Electronics HF121-12/0.4-50-7%K, 50kVar 400VAC(0.76mH) 7% Detuned Reactor for Power Factor Correction Capacitor Banks, 0.76mH(400VAC) 1.229mH(525VAC) Specification Technical Features HF121-12/0.4-50-7%K Electrical Voltage 400V/525V Network Frequency 50/60Hz Inductance (mH) @ 400VAC 0.76mH Inductance (mH) @ 525VAC 1.229mH Nominal Power 50kvar Value of p% 7% (189Hz) Type of Conductor Aluminium/Copper(optional) Tolerance L 5% Linearity (5% L) 1.8 x In Isolation Voltage kV Maximum Room Temperature -10 to 45 Deg C Internal isolation Class F(155°C), Class H (180°C Optional) Maximum Overload Permanent 1.17 x In Temporary 2 x In Safety Protection Thermostat Opens at 90 °C Degree Protection IP00 Installation Indoor Standards EN-60289, IEC60076 Weight 38kg Datasheet Product Datasheet Installation Guide HF121 Series Installation Guide

Read more less

H31/110M-FCR, Heatsink 110mm, Milled, Drilled and Tapped for FCR Series 3 Phase Phase Control Module, 0.5°C/Watt Product Datasheet Heatsink products are mostly made to order and require 2-3 days more to produce.

Read more less

Fastron Electronics HF121-12/0.4-12.5-14%K, 12.5kVar 400VAC 14% Detuned Reactor for Power Factor Correction Capacitor Banks, 6.14mH(400VAC) 9.827mH(525VAC) Specification Technical Features HF121-12/0.4-12.5-14%K Electrical Voltage 400V System/525V Capacitor Network Frequency 50/60Hz Nominal Power 12.5kvar Inductance 6.14mH(400VAC) 9.827mH(525VAC) Value of p% 14% (134 / 160Hz) Type of Conductor Aluminium/Copper(optional) Tolerance L 5% Linearity (5% L) 1.8 x In Isolation Voltage kV Maximum Room Temperature -10 to 45 Deg C Internal isolation Class F(155°C), Class H (180°C Optional) Maximum Overload Permanent 1.17 x In Temporary 2 x In Safety Protection Thermostat Opens at 90 °C Degree Protection IP00 Installation Indoor Standards EN-60289, IEC60076 Weight 21kg Datasheet Product Datasheet Installation Guide HF121 Series Installation Guide

Read more less

Crydom HS122DR, Din Rail Mount Heatsink for Solid State Relays, 1.2°C/W Features DIN Rail or Panel Mount heat sink types Suitable for SSR Mounting Pre drilled for 1 pr 2 single phase SSR Black anodised for professional look Spec Crydom Part Number HS122DR Mounting Type Din Rail Suitable SSR Rating 50 Amp Dimensions (without SSR) L:97mm x W:90mm x 86.5mm Thermal Impedance 1.2°C/W Load Current @ 40 Deg C 45 Amp Load Current @ 50 Deg C 37.5 Amp Unit Weight 437g Factory Pack Qty 10   Datasheet Product Datasheet App Notes Why Use SSR's? The inside story Selecting a SSR DC Output SSR's Selecting a Suitable Heatsink Use of Thermal Interface Material How to Verify the Proper Heatsink Effect of Forced Air Cooling Fuse Protection of SSR's Overvoltage Protection "P" Option MOV SSR Reliability Whitepaper 3 Phase Motors and Heating Applications 3 Phase Motor Reversing How to test a SSR SSR Precautions SSR Life Expectancy MTBF ROHS & Reach Statement Heatsink SSR and Heatsink Assemblies

Read more less