Product Name: Celem CSP 150/200 Conduction Cooled Capacitor
Brand: Celem
Product Code: CSP 150/200
Tags: Celem
Celem 150/200 Conduction Cooled Capacitor
Celem CSP 150/200 Capacitor
Celem 150/200 Conduction Cooled Capacitor
Conduction Capacitor
CSP 150/200
Capacitor
Celem Conduction Capacitor
Cooled
CSP 150/200 Conduction
Celem Conduction Cooled
Celem Conduction Capacitor
Celem CSP 150/200 Cooled
Conduction Capacitor
Cooled
Celem 150/200 Cooled Capacitor
Celem Conduction
CSP 150/200 Conduction Cooled
CSP 150/200 Cooled Capacitor
Conduction Cooled Capacitor
Are you interested in the product Celem CSP 150/200 Conduction Cooled Capacitor from manufacturer Celem with code CSP 150/200? Contact us now and get offer. Imtek Engineering, the fastest and most reliable industrial equipment supplier in the world, will offer you the best offer!
Get Offer With E-Mail: info@im-tek.com
Get a offer for Celem CSP 150/200 Conduction Cooled Capacitor from our live support team now!
The CSP 150/200 offers superior electrical characteristics in the same physical dimensions as the CSP 150. Please note that the newer CSP 150/400 has the same physical dimensions as the CSP 150/200 but is rated for higher voltage and higher current and can carry up to 400kVAr. Standard applications: Induction heating, heat treatment, plasma applications, resonant circuits, medical imaging, wireless power transfer, EV (electric vehicle) charging, IPT, high frequency inverters, etc. Features: Polypropylene Conduction-cooled capacitor High Power Self-Healing capacitor Low ESR Low losses UL94-V0 available upon request. The CSP 150/200 capacitor complies with RoHS.Specifications TYPE CSP 150/200 Dimensions (LxWxH) mm 68 x 30 x 30.2 Weight kg 0.3 Capacitance (±10%) ?F 0.05 0.1 0.17 0.33 0.5 0.66 1 1.33 2.4 Sinusoidal Voltage Vrms 1000 900 800 700 650 600 450 Peak Voltage Vpeak 1410 1270 1130 990 919 850 640 Max. Current Arms 250 300 350 400 400 450 500 Max. Power kVAr 200 Freq Range @ Full Power kHz 637-995 318-497 231-421 151-217 99-195 98-193 75-127 65-83 65-83 Stray Inductance nH < 3