SolaHD DT651H11S Ventilated Drive Isolation Transformer, 460 VAC Delta Primary, 460Y/266 VAC Secondary, 11 kVA, 60 Hz
Drive Isolation Transformers
183505
MFG #: DT651H11S
SolaHD™
1370.27000
/ ea
SolaHD Drive Isolation Transformer, Ventilated, 460 VAC Delta Primary, 460Y/266 VAC Secondary, 11 kVA, 60 Hz, 3 Phase, 1, 5% FCAN/1, 5% FCBN Taps, Floor/Panel Mount, NEMA 3R, 11 in H x 6 in W x 8 in D
- Seller Home Page URL - solahd.aspx(Seller Home Page URL)
- Spec Sheet URL - 11375_Drive-Isolation-Xformer.pdf(Spec Sheet URL)
- Spec Sheet URL - catalog-solahd-drive-isolation-transformers-en-us-163704.pdf(Spec Sheet URL)
- Spec Sheet URL - Drive-Isolation-Xformer.pdf(Spec Sheet URL)
- Warranty URL - appleton-grp-terms-and-conditions.pdf(Warranty URL)
- Applications
- Features
Industrial Automation and Control Equipment Power PLCs, Machine Tools, Robotics, Semiconductor Fabrication Equipment |
+/- 3% output voltage regulation, Surge protection tested to ANSI/IEEE C62.41. Class A & B waveform, Harmonic filtering, Galvanic isolation, Noise attenuation 120 dB common mode/60 dB transverse mode |
Taps on all units for adjustments to incoming source voltage |
Full capacity secondary neutral as required by the National Electric Code |
Shielding attenuates line to ground noise |
Isolation minimizes load disturbances caused by the SCR drive |
A transformer is needed to magnetically isolate the incoming line from the motor drive |
The transformer must also provide a voltage change to match the required voltage of the SCR drive |
Standard designs are delta primary and wye secondary to match the common power sources required in most three phase rectifier circuits |
Designed to handle the mechanical stresses, voltage demands and harmonics associated with SCR applications |
MCR hardwired series power line conditioning with voltage regulation |
+/-3% output voltage regulation, surge protection tested to ANSI/IEEE C62.41, class A and B waveform, harmonic filtering, hardwired, galvanic isolation, noise attenuation 120 dB common mode/60 dB transverse mode |
Designed to handle the mechanical stresses, voltage demands and harmonics associated with SCR applications |