Transform your home with the latest multi-electronics solutions, from intelligent lighting to vOptimize your operations with the Bently Nevada 3500 Monitoring System, offering real-time vibration and machinery condition monitoring to prevent failures and maximize uptime.oice-controlled devices all designed to make life easier, safer, and more connected.
SKU:1769-HSC
1769-HSC Allen-Bradley High-Speed Counter Module
Manufacturer: Allen-Bradley
Product No.: 1769-HSC
Product Type: Counter Module
Product Origin: USA
Payment:T/T, Western Union
Weight: 200g
Shipping port: Xiamen
Warranty: 12 months
Share
- Fast Delivery
- 24/7 Support
- Quality Assurance
Description
Product Overview
The Allen-Bradley 1769-HSC is a high-performance counter module for CompactLogix and MicroLogix 1500 systems. It captures ultra-high-speed signals exceeding standard PLC input capabilities. By offloading pulse counting from the CPU, it delivers nanosecond precision for rotary encoder integration, high-speed bottling, and turbine monitoring. This module ensures deterministic accuracy in high-velocity motion control environments.
Technical Configuration
High-Speed Signal Processing
The 1769-HSC supports a 1 MHz maximum input frequency with a 250ns minimum pulse width detection. This hardware-driven speed ensures zero pulse loss when interfacing with high-resolution encoders at maximum RPM.
Integrated Output Logic
Equipped with 4 physical high-speed outputs and 12 virtual channels, the module allows for near-instantaneous triggering based on count values. It provides real-time hardware interrupts for precision cutting, sorting, and packaging by bypassing PLC scan latency.
Enhanced Noise Immunity
The module features two differential quadrature (ABZ) channels engineered to reject EMI/RFI noise. With 1200V AC reinforced insulation, it maintains signal integrity while isolating the backplane from field-side surges.
Technical Specifications
| Feature | Specification |
|---|---|
| Model Number | 1769-HSC |
| Input Channels | 2 Quadrature (A, B, Z) Differential |
| Maximum Frequency | 1 MHz |
| Voltage Range (Inputs) | 2.6V DC to 30V DC |
| Output Type | 4 Physical (Sourcing) + 12 Virtual |
| Current Rating | 1A per point / 4A max per module |
| Isolation | 75V (Continuous), 1200V AC (Reinforced) |
| Backplane Current | 425mA @ 5V DC |
| Operating Temp | 0°C to 60°C (32°F to 140°F) |
Installation & Maintenance Guide
Cabling Standards
Use shielded twisted-pair cables for all high-speed signals. Terminate the shield at one end only to prevent ground loops. Maintain physical separation between signal wiring and high-voltage power lines.
Power Supply Placement
The 1769-HSC has a distance rating of 4. It must be placed within four modules of the system power supply to ensure stable voltage levels and prevent communication drops.
Operational Safety
This module is not hot-swappable. Always disconnect power before installation or removal. Use wiring rated for 90°C and ensure terminal blocks are securely seated for industrial-grade connectivity.
Engineering Advantages
Native System Integration
As a core Allen-Bradley component, the 1769-HSC integrates seamlessly with Studio 5000 Logix Designer. It offers dedicated configuration tags for immediate scaling, preset management, and rate measurement.
Industrial-Grade Reliability
Built for 24/7 operations, the rugged design and wide operating temperature range ensure stable performance in unconditioned control cabinets, reducing unplanned downtime in harsh manufacturing zones.
Technical FAQs
Q1: Does this module support single-ended encoder inputs?
A1: Yes, while differential wiring is recommended for noise immunity, the 1769-HSC can be configured for single-ended 5V or 24V DC inputs depending on field device requirements.
Q2: What is the primary function of the virtual outputs?
A2: Virtual outputs allow you to assign internal logic triggers to count values. These are used within the PLC program to synchronize events without requiring extra hardware wiring.
Q3: Can the 1769-HSC be used for frequency measurement?
A3: Absolutely. In addition to standard pulse counting and quadrature modes, the module can be configured to measure frequency and rate for flow meter applications.
Additional Specifications
Scalar (V/f)
Vector
AC-powered
Buying Guide
- Confirm the exact model, part number, and specifications before ordering.
- Ensure compatibility with your current machinery or control systems.
- Reach out via sale@etowonauto.com or +8617859788089 for technical assistance.
- Review delivery options, lead times, and shipping requirements.
- Follow manufacturer instructions and best practices during installation.
Shipping And Return
In-stock items are typically dispatched the same business day. For products not currently in stock, dispatch times may vary based on availability. International shipping is available, and shipping costs are calculated according to destination, weight, and carrier selection.
Returns are accepted within 30 days of receipt, provided items are unused and in original condition. Return shipping costs are the responsibility of the customer. Please contact us before returning any item to receive return authorization.
For more details, please review our Shipping & Return Policy.

3500/61-05-CN Temperature Monitor Module | Bently Nevada
3500/22-01-02-CN TDI Module Bently Nevada
Bently Nevada 3500/42-04-00 | Seismic Monitor
-
Fast Shipping
Original industrial automation parts available for prompt shipment worldwide.
-
Easy Returns
30-day return support with a 12-month warranty for reliable after-sales protection.
-
24/7 support
Responsive professional support to help maintain stable and efficient operations.
-
Genuine & Original
100% authentic, sourced directly from trusted industrial automation manufacturers.
Technical & Buying Guide
-
How does hierarchical control raise factory OEE from 64% to 82%?
This article explains how hierarchical cloud-edge collaborative control replaces fragmented industrial architectures....
-
Can DCS Intelligent Regulation Fix Thermal Power Energy Imbalance?
This article explains how intelligent DCS regulation with MPC and cloud-based control solves energy-production imbala...
-
Can Continuous Automation Iteration Cut Factory Costs by 18-25%?
Static industrial control systems create hidden annual cost increases of 18-25%. Phased PLC and DCS program iteration...
-
Can Anti-Interference Hardware End 38% of Automation Downtime?
Field data from chemical, wind, and automotive plants proves that industrial hardware with full IEC 61000-4 EMC certi...
-
How Does Full-Lifecycle Management Optimize PLC and DCS Assets?
Traditional industrial asset management relies on manual logging and reactive troubleshooting, causing 15–20% annual ...
-
Can an Integrated Spare Chain Slash Downtime?
Unplanned equipment failures cost Chinese factories ¥636,000 per hour. Traditional cross-border spare procurement tak...
