About 1769-OF4CI

The 1769-OF4CI is a 4-channel analog current isolated output module classified under the CompactLogix series of Allen Bradley devices. The 1769-OF4CI comes with EtherNet and USB port support. It features up to 16-bit current resolution and supports the Belden 8761 shielded compact analog module cable. The 1769-OF4CI features 330 μV per bit 0 to 20mA with a 5 Volt DC 165 mA bus current. This unit also features a heat dissipation of 2.0 Watts. It features a conversion rate of 110 milliseconds and a limited voltage per current ratio that is greater than 2.9 milliseconds. The module comes with a resistive load of 0 to 500 Ohms and has an output inductive load rated at 0.1 mH. The 1769-OF4CI comes with electrostatic discharge that can damage integrated circuits or semiconductors. Therefore, when touching the unit, touch a grounded object so as to discharge the static potential. Avoid touching the bus connector or the connector pins and use a static-safe workstation if available. While not in use, the 1769-OF4CI should be kept in the static shield box.

The 1769-OF4CI comes with an accuracy boundary of +/-0.35% featuring an accuracy drift with respect to the temperature of +/-0.0058% FS per degree Celsius. The 1769-OF4CI features +/-0.05% nonlinear and +/-0.005% repeatability. It comes without a specified field calibration and has a module error boundary of about +/-0.55% and an output impedance rated at less than 1 mOhm. The unit also features open and short circuit protection with an output excess voltage protection. It has the ability to maintain its full operational capability at a maximum short circuit current of about 21 mA. The 1769-OF4CI compact current output module has dimensions of 118 by 35 by 87 millimeters (4.65 by 1.38 by 3.43 inches) and a weight of 270 grams (0.60 pounds).

Technical specifications:

Type	Lead Time	Price	Action
Repair Service	2-4 weeks	$622	Add to Cart

Our highly skilled technicians can repair your 1769-OF4CI. All of our repairs come with a 1 Year DO Supply Warranty. Please contact us for additional information about our repair process.