In Stock



1792D-8BIO8E | Allen-Bradley Standalone I/O Module - Petro Auto Tech
Product Overview
The 1792D-8BIO8E is an Allen-Bradley standalone I/O module from the ArmorBlock MaXum I/O series. This unit provides 8 input channels and 8 output channels, making it a versatile solution for distributed control in industrial automation. It supports the DeviceNet network and operates on 24 Volts DC.
Technical Specifications Analysis
The 1792D-8BIO8E module features 16 channels total, with 8 input channels and 8 output channels. Inputs use 24 Volts DC sinking voltage, while outputs are self-protected 24 Volts DC outputs delivering up to 0.3 Amps each. The module obtains its output power internally from the DeviceNet power source. It includes short-circuit protection with block-level notifications and supports local logic control. The unit weighs 1.19 lbs (0.54 kg) and is ESD sensitive.
Application Scenarios & Usage Methods
Manufacturing facilities use the 1792D-8BIO8E to monitor and control discrete sensors and actuators on assembly lines. For example, connect 8 proximity sensors to the input channels and 8 solenoid valves to the output channels for automated part handling. The module exchanges I/O data with the master device via polled, change of state, or cyclic connection. Configure the cyclic connection to produce I/O at a set rate for consistent performance.
In packaging applications, the 1792D-8BIO8E manages conveyor belt sensors and pusher cylinders. Use the loopback connections for inputs and outputs to maximize noise immunity. Ensure return wires connect back together to achieve reliable operation in electrically noisy environments.
Installation Guide & Packing List
Install the 1792D-8BIO8E module in a clean, dry location away from excessive vibration. Securely tighten all connectors and caps to maintain proper sealing against leaks. Terminate input and output cables correctly to reduce noise disturbances. The package includes the 1792D-8BIO8E module and its connectors. Always follow the manufacturer's manual for detailed installation steps.
Purchasing Advice
When selecting the 1792D-8BIO8E, verify your system requires 24 Volts DC I/O and DeviceNet communication. This module suits applications needing 8 inputs and 8 outputs with short-circuit protection. Petro Auto Tech offers this genuine Allen-Bradley module with reliable availability for your automation projects.
Repair & Maintenance Tips
Regularly inspect connectors for tightness and signs of corrosion. Keep the module free from dust and moisture. Since the 1792D-8BIO8E is ESD sensitive, handle it with proper grounding. Test I/O functionality periodically to ensure short-circuit protection and block-level notifications work correctly.
Frequently Asked Questions (FAQs)
Q: What is the voltage rating of the 1792D-8BIO8E?
A: The 1792D-8BIO8E operates on 24 Volts DC for its I/O module.
Q: How many input and output channels does this module have?
A: The module has 8 input channels and 8 output channels, for a total of 16 channels.
Q: Does the 1792D-8BIO8E support DeviceNet?
A: Yes, the module supports the DeviceNet network and obtains its output power from DeviceNet.
Q: What is the output current per channel?
A: Each output channel provides a maximum of 0.3 Amps of current.
Q: Is the 1792D-8BIO8E ESD sensitive?
A: Yes, the module is ESD sensitive and requires proper handling precautions.
| Part Number | 1792D-8BIO8E |
| Condition | In Stock |
| Stock Status | In Stock (Ready to Ship) |
| Weight | 0.5 kg |
| Warranty | 12 Month |
Shipping
Shipping Port: Xiamen
We ship worldwide via DHL, FedEx, UPS, TNT, and EMS. In-stock items are dispatched within 24 hours of payment confirmation. Tracking number will be provided after shipment.
Payment
Secure payment processing. Contact us for corporate account and bulk order pricing.
Warranty
All products come with a 1-year warranty against manufacturing defects. We guarantee 100% new and original products sourced directly from authorized manufacturers.
Latest News
Stay informed with the latest industry insights, product announcements, and technical articles.
