Part number

RFQ List

Part number

SUVTP20KH3B4S [American Power Conversion]

SUVTP20KH3B4S

Part No:

SUVTP20KH3B4S

Category:

Power Supplies

Manufacturer:

American Power Conversion

Description:

Package:

-

RoHS Status:

Datasheet:

Production Status:

In Stock Status:

Specification

Type

Parameter

Product Weight (g)

506820

ECCN (US)

EAR99

HTS

8504.40.70.18

UPS Type

Online

Number of Input Phases

3

Input/Output Type

AC/AC

Maximum Active Power (W)

16000

Maximum Apparent Power (VA)

20000

Output Voltage (V)

400

Output Voltage Waveform

Sine Wave

Typical Input Voltage (V)

400

Input Voltage Range (V)

304 to 477

Input Frequency (Hz)

40 to 70

Output Frequency (Hz)

47 to 53

Efficiency (%)

95.3

Input Power Factor Correction

No

Input Connector Type

Hardwired (5-wire)

Output Receptacles Type

(1) Hardwired (4-wire)/(1) Hardwired (5-wire)/(1) Screw Terminals

Battery Recharge Time (h)

5

Battery Voltage Rating (VDC)

192

Minimum Operating Temperature (°C)

0

Maximum Operating Temperature (°C)

40

Package Height

1499(Max)

Package Length

813(Max)

Package Width

559(Max)

Part Status

Obsolete

Interface

DB-9 RS-232/Smart Slot

Number of Output Phases

3

RoHS Status

RoHS Compliant

Products Detail

No product details available

Key Features

No key features available

Application scenarios

No application scenarios available

Documents

datasheets:

americanpowerconversion-suvtp20kh3b4s-datasheets-9508.pdf

RFQ

Looking for Pricing? Contact us for volume pricing.

Shipping & Warranty

Fast Dispatch: Ships in 5-7 days(in-stock parts within 1-2 days)

Unishop Global Export: 1-7 days, $40.00

Guaranteed Delivery: Door-to-door in 30 days

Compliant Worldwide Shipping: DHL, FedEx, SF, and UPS.

Feature

30-Day Guarantee
Fasted Delivery
Hassle-Free Returns
Secure payment method

IMPORTANT NOTICE

Quotations are subject to stock availability and may vary with market conditions. Prices and lead times are not guaranteed until a purchase order is confirmed. Ensure your contact details are correct to avoid delays in response.