• KFS1200T150
  • KFS1200T150

KFS1200T150

High-voltage KFS1200 Series 1200W AC/DC power supply with 150VDC output, 8A rated current, and 132–150V adjustable range in a compact 108.8 × 278.1 × 41mm enclosure. Designed with 90–264VAC universal input, peak power up to 3800W for 5 seconds, 5V/2A auxiliary output, and remote control functions, it is suitable for industrial and medical equipment, collaborative robots, and linear motor applications.

Input Voltage Range
Single-phase 90VAC - 264VAC
Input Voltage Frequency
50Hz - 60Hz
Output Voltage
150V
Rated Current
0-8A
Peak Output Current
25.3A
Rated Power
1200W
Peak Output Power
3800W @ Vin≥220VAC
Output Ripple
≤1%
Peak Efficiency @230Vac
94% (exclude fan power)
Outline
4.28“x10.95”x1.61“ or 108.8mmx278.1mmx41mm
EMC
CLASS B Conducted and CLASS A Radiated Emissions
  • KFS1200T150

Description

30-Second Fit Check

  • Output: 150V DC, 8A (1200W)
  • Trim range: 132–150V (narrower window—verify your exact setpoint)
  • Peak current: 25.3A peak
  • Input: 90–264VAC (47–63Hz)
  • Controls: DC_OK + remote sense + remote on/off; PMBus/CANBus optional

What It Is & Why It Matters

  • 150V rail targeting with a defined adjustment window to reduce commissioning ambiguity
  • Remote control features (remote on/off + DC_OK) support integration and service workflows
  • Series isolation/leakage specs are explicitly stated—useful for high-voltage risk review
  • Active current sharing supports parallel architectures where load distribution is required

Key Specs

  • 150V / 8A rated output
  • Series peak: 3800W for 5s when input ≥180VAC
  • Isolation (series): primary-secondary 3000VAC; primary-earth 1500VAC; secondary-earth 1500VAC
  • Leakage (series): touch <100µA; earth <500µA
  • Aux: 5V/2A max (series)

Integration & Controls

  • DC_OK analog indication
  • Remote sense compensation + remote on/off
  • Optional PMBus/CANBus (confirm ordering)
  • Smart fan speed control listed—plan airflow and validate during testing

Best for / Not for

  • Best for: systems needing a 150V rail where the required setpoint fits 132–150V
  • Best for: designs that want DC_OK visibility and remote on/off control
  • Not for: fanless-only requirements
  • Not for: projects needing a broader trim window than 132–150V

Typical Applications & Selection Checklist

  • Applications: industrial/medical AC/DC systems; collaborative robotics subsystems
  • Confirm setpoint fits 132–150V (and validate at the load point)
  • Validate peak events vs 25.3A peak and series peak condition
  • Confirm whether PMBus/CANBus is required and available for your ordering option
  • Run thermal verification testing at worst-case cabinet conditions
RFQ Quick Checklist
  • Quantity + target delivery
  • Required setpoint within 132–150V + steady current
  • Peak event details + input condition
  • Need DC_OK / PMBus / CANBus / current sharing (Y/N)
  • Install constraints (airflow, ambient, altitude)
Note: Final compliance/performance depend on end-product design and verification testing. Certifications may vary by model—see datasheet.

Download

Get in Touch with TPS
Name*
Business Email*
Company Name
Country/Region
Inquiry Type*
Application / Industry
What problem are you facing right now?
What are you trying to achieve?
Target Timeline
Budget Range
We use Cookie to improve your online experience. By continuing browsing this website, we assume you agree our use of Cookie.