Omron H7CC-AWS | Omron | H7CC Digital Preset Counter

Description

The H7CC-AWS is a versatile 6-digit digital preset counter from the H7CC series, engineered for high-precision industrial counting and monitoring applications. This standard model features 2-stage settings and is equipped with a high-speed transistor output (DSPT), making it ideal for rapid switching requirements. The device provides exceptional flexibility through its multiple operational configurations, including 1-stage/2-stage preset counter, total/preset counter, batch counter, dual counter, twin counter, and tachometer modes. Designed to operate on a 100 to 240 VAC power supply, the unit utilizes screw terminals for robust, secure electrical integration in automated systems.

Features

• Multi-Mode Operation: Supports 7 unique counting and tachometer modes
• High-Visibility Display: 6-digit readout for detailed process tracking
• Flexible Output: High-speed transistor output (DSPT)
• Preset Capability: 2-stage preset setting functionality
• Power Supply: Universal 100 to 240 VAC input
• Reliable Connection: Standard screw terminals for industrial reliability

Applications

• Batch count control on packaging lines
• Dual-count tracking for complex machinery
• Rotational speed (RPM) and frequency monitoring
• Multi-stage sequential production processes
• Totalization and output triggering for automated assembly

Technical Specifications

Installation Guidelines

• Panel Mounting: The unit is designed for standard panel cutout installation. Ensure the gasket is seated correctly to maintain the front-panel seal.
• Wiring: Connect power to the AC supply terminals and use shielded cabling for all sensor inputs to prevent noise-induced errors in high-speed counting.
• Configuration: Use the front-panel keys to navigate the menu and select the desired operation mode (e.g., Twin Counter or Tachometer) and input preset values before start-up.
• Environment: Ensure the ambient temperature and humidity remain within the operating specifications to guarantee the longevity of the electronic components.