Description
AC Inverter Rack Mount PDU AC Indoor ACINV 62 Vdc Feeds 2x NEMA 5-15 FCC Class B Static Transfer Switch
Transtector ACINV1-STS-1KVA AC Inverter Rack Mount PDU AC Indoor ACINV 62 Vdc Feeds 2x NEMA 5-15 FCC Class B Static Transfer Switch Indoor Rack Mount Inverter accepts a 48 service voltage, and converts the power into pure sine wave AC output of that feeds 2x NEMA 5-15 outlets and delivers up to a maximum of 850 W to power AC loads. The output frequency can be either 50Hz or 60Hz. This Transtector unit ACINV1-STS-1KVA also provides an integral static transfer switch (STS) allows the connection of a separate utility service that can automatically be switched to the load if the inverter switches off.
This compact rack mounted ACINV inverter achieves up to 92% efficiency at <3% total harmonic distortion (THD), and is also capable of powering reactive loads. An interactive front panel allows the user to easily program the output voltage and frequency, and RS232 communications is provided for remote monitoring. A digital display provides diagnostics for volts, amps and watts, and alarms for overvoltage protection (OVP), undervoltage protection (UVP), overtemperature protection (OTP), output overload protection and output short circuit protection. The configurable 100 to 120 output voltage and 50Hz or 60Hz output frequency, and maximum output power of 850 W makes Transtector ACINV1-STS-1KVA a very versatile AC power supply.
ACINV1-STS-1KVA AC Inverter Rack Mount PDU AC Indoor ACINV 62 Vdc Feeds 2x NEMA 5-15 FCC Class B Static Transfer Switch datasheet spec PDF with product details of specifications and CAD drawing with dimensions can be found above. Transtector rack mount inverter ACINV1-STS-1KVA is in-stock and will ship same business day as purchased. Transtector provides one of the broadest selections of same-day ship commercial and industrial power distribution devices. Transtector supports our customers with a sense of urgency while providing innovative power and signal solutions that ensure reliable operation of critical systems for a connected world.
