FHFA/FHFV Super Speed Response Isolator

Brand: Yokogawa Electric Corporation

The FHFA/FHFV is a compact, front terminal connection type isorator that converts DC current or DC voltage signals into isolated DC current or DC voltage signals.
Features
  • Maximum 63% Response, 1 Millisecond Super High Speed Conversion

Specifications

Accuracy

  • ± 0.1 % of Span

Consumption

  • 110 mA at 24 Vdc - Current Consumption
  • 72 mA - Current Consumption

Electrical Connectors

  • M4 Screw Terminal

Enclosure, Body Material

  • ABS Resin

Humidity

  • 5 to 90 % Relative Humidity Non-Condensing - Operating Humidity

Input

  • ± 30 Vdc or Less - Max.

Input Signal

  • 0-50 mA DC
  • -10 to 10 Vdc

Insulation Resistance

  • 100 megaohms or more at 500 Vdc between Input & Output, Output & Power Supply, & Input & Power Supply

Mounting

  • DIN Rail Mounting
  • Rack-Mounted
  • Wall Mounted

Operating Temperature

  • 0° to 50° C (32° to 122° F)

Output

  • 0-20 mA DC
  • -10 to 10 Vdc

Power Supply

  • 24 Vdc ± 10 % (Percentage Ripple is 5 % Peak-to-Peak or Less)

Power Supply Effect

  • ± 0.1 % of Span or Less for the Fluctuation within the Operating Range of Power Supply Voltage Specification - Effect of Power Supply Voltage Fluctuations

Resistance

  • 1 Megaohm During Power On - Input Resistance for DC Voltage Input
  • 100 kiloohms During Power OFF - Input Resistance for DC Voltage Input
  • 100 to 250 ohms - Input Resistance for DC Current Input
  • 2 to 10 kiloohms or more - Allowable Load Resistance for DC Voltage Output
  • 750 to 900 ohms or Less - Allowable Load Resistance for DC Current Output

Response Time

  • 1 millisecond, 63 % Response (10 to 90 %)

Span & Zero Adjustments

  • -5 to 5 % - Zero Adjustment
  • 95 to 105 % - Span Adjustment

Supply Voltage

  • 1,500 Vac/minute between Input & (Output & Power Supply) - Withstanding Voltage
  • 500 Vac/minute between Output & Power Supply - Withstanding Voltage

Temperature Effect

  • ± 0.2 % of Span or Less for a Temperature Change of 10° C (50° F) - Effect of Ambient Temperature Change
show more