6ES71384FB040AB0 Simatic DP Electronic Module, 4 Outputs, 0.5 mA to 2 A

MFR:
Siemens
MFR #:
6ES71384FB040AB0
UPC:
887621781200
Item #:
269579

Availability

Location Available Qty
Available Available to Order
$3,269.22 each

SIMATIC DP Electronic Module, 4 Output, 0.5 mA to 2 A Signal Range, 24 V DC, 3.5 W Power Rating, 81 mm H x 30 mm W x 52 mm D Dimensions

Manuals and Documentation

Features

  • 100 mA from load voltage L+ (no load), 28 mA from maximum backplane bus 3.3 VDC
  • Short circuit protection
  • Type (2L+) -47 V limitation of inductive shutdown voltage
  • 6 A maximum current per module, 10 W maximum on lamp load
  • 12 Ohm lower limit, 1 kOhm upper limit
  • L+ (-2, 0 V), current sourcing switch: L+ (-1, 5 V), voltage drop on current sinking switch maximum 0.5 VAC for signal 1, minimum output voltage
  • 2 A for signal 1 rated value, 20 mA for signal 1 minimum permissible range, 2.4 A for signal 1 maximum permissible range, 0.5 mA current sourcing and current sinking switches for signal 0 maximum residual current output current
  • 30 Hz symmetrical with maximum resistive load, 0.1 Hz symmetrical with maximum inductive load, 10 Hz symmetrical maximum on lamp load
  • 6 A up to 40 deg C, maximum, 5 A up to 55 deg C maximum, 4 A up to 60 deg C maximum horizontal installation
  • 4 A up to 40 deg C maximum vertical installation
  • 500 m L maximum shielded and unshielded cable
  • Diagnostic functions, wire break, short circuit diagnostic messages
  • Group error SF (red), status indicator digital output (green), diagnostics indication LED
  • Between the channels and backplane bus potential separation digital outputs
  • 2545 VDC load voltage L+ against backplane bus tested
Manufacturer Part Number 6ES71384FB040AB0
Brand Siemens
Manufacturer Siemens
UPC 887621781200
EAN 4025515081111
Country Of Origin DE
Dimensions 81 mm H x 30 mm W x 52 mm D
Voltage Rating 24 V DC
Alternative Part Number 12876686
Manufacturer Item Status Active
Country USA
Number Of Outputs 4
Power Rating 3.5
Signal Range 0.5 mA to 2 A