brands

attributes.Features

attributes.Supply_Voltage

attributes.Count_Mode

attributes.Display_Type

attributes.Function

attributes.Input_Type

attributes.Connection_Type

attributes.Reset_Method

attributes.Number_of_Digits

attributes.Mounting_Type

attributes.Output_002f_Interface

attributes.Count_Direction

attributes.Digit_Height

attributes.Maximum_Count_Frequency

attributes.Better_World_Product

attributes.Better_World_Verification

attributes.Cutout_Size

attributes.Display_Range

Crouzet CTR48E Counter, 6 Digit LCD, 230 V ac

Crouzet CIM Impulse Counter, 6 Digit Mechanical, 48 V dc

Crouzet CTR48 Counter, 6 Digit LCD, 40kHz, 24 V ac

Crouzet CTR24L Counter, 6 Digit LED, 30 V

Crouzet CIM24 Counter, 5 Digit Mechanical, 24 V dc

Crouzet CIM36 Counter, 6 Digit Mechanical, 110 V dc

Crouzet CIM24 Counter, 6 Digit Mechanical, 230 V ac

Crouzet CIM24 Counter, 6 Digit Mechanical, 110 V dc


RS Philippines provides a versatile and comprehensive range of counters to suit a variety of devices and functions. With digital, electromechanical, and purely mechanical counters available, RS provides a solution to industrial, commercial and project applications where precise counting and tallying is required. 

## **What Are Digital and Electronic Counters Used For?**

A counter is an electronic device that records and, in many cases, displays the number of times a specific event or signal occurs, typically in sync with a clock pulse or input signal. Commonly used in digital electronics, industrial automation, measurement instrumentation, and equipment runtime monitoring, counters track the frequency of particular events within a circuit.

A counter device performs several key functions:

- **Counting:** Tracking the number of pulses, events, or cycles.
- **Timing:** Measuring elapsed time or intervals.
- **Sequencing:** Controlling the order of operations or events.
- **Frequency Division:** Reducing the frequency of an input signal by a fixed ratio.

An electronic or digital counter can typically output results in various formats, including binary, binary-coded decimal (BCD), or decimal display, depending on the application.

## **Benefits of Counters**

Some of the benefits of using a counter device include:

- **Accurate Monitoring and Counting:** Digital and electronic counters provide highly accurate measurement and tallying of events, pulses, or cycles, critical for consistent output in production outlines.
- **Real-Time Data Display and Feedback:** Many digital counters feature clear LED or LCD displays with real-time counts, allowing operators to make timely adjustments.
- **Integration and Connectivity:** Modern electronic counters are able to integrate with sensors (e.g., temperature, humidity, flow) and communication protocols like MODBUS TCP/IP or 4-20 mA signals for easy data sharing and automation.
- **Increased Efficiency and Productivity:** Automated counter meters accelerate production workflows by removing the need for manual tallying, reducing labor costs and human error.
- **Durability and Reliability in Harsh Environments:** Mechanical counters are valued for their simplicity and ability to function reliably without power in dusty, wet, or vibration-prone settings. Rugged digital counters with protective enclosures can also withstand tough industrial conditions, ensuring long service life and minimal maintenance.
- **Versatility and Flexibility:** From incremental to decremental, preset, hour meters, and more, counters come in various types for different measurement needs.
- **Enhanced Process Control and Automation:** Advanced digital counters with programmable logic, relay outputs, and multiple input channels can be integrated with PLCs for automated and complex production processes.

## **Types of Industrial Counter Devices**

These are various types of industrial counter devices available in the Philippines:

### **Digital Counters with Display**

A digital counter is an electronic device that produces a sequence of binary numbers in a defined order, typically in a digital display. It moves through this sequence one step at a time, triggered by each incoming clock pulse. As long as clock pulses continue, the counter cycles through the number sequence repeatedly.

These binary sequences are highly useful in digital systems. Digital counters can be configured to count up or down, generate input combinations for logic circuits, cycle through memory addresses in microprocessors, create specific waveform patterns, or control the timing and activation of other components in more complex electronic processes. 

### **Ripple Counters for Simple Pulse Counting**

Ripple counters, also known as asynchronous counters, operate by passing the clock signal through a chain of flip-flops. The initial clock pulse is applied to the first flip-flop, which generates the least significant bit (LSB) of the count. Each subsequent flip-flop receives its clock input from the output of the previous stage rather than directly from the main clock. This cascading effect causes the clock signal to "ripple" through the counter stages, hence the name. 

While it can be a simple and cost-effective digital pulse counter, its ripple effect can lead to slight delays as the signal propagates through each flip-flop.

### **Synchronous Digital Counters**

Synchronous counters use a single, shared clock signal that is applied to all flip-flops at the same time. Unlike asynchronous counters, the clock signal doesn't ripple through each stage. Instead, all stages are triggered simultaneously. Because of this parallel clocking method, these digital counter timers offer faster and more reliable performance in high-speed applications.

### **Decade Counters for Decimal Counting**

A decade counter is a digital meter counter that counts through a ten-step sequence, typically from 0 to 9. It produces four binary output bits that represent each number in the sequence. They are widely used in digital clocks, frequency counters, and decimal counting applications.

### **Ring Counters in Sequence Control**

A ring counter is a type of digital counter made up of flip-flops connected in a shift register configuration. What sets it apart is its circular design, where the output of the last flip-flop is fed back into the first, creating a continuous, looping counting sequence. They are commonly used in sequence control and timing circuits.

### **Mechanical Counter Devices**

In environments where electricity isn’t always guaranteed, mechanical counters can be beneficial. These rugged, analog counter meters use rotating wheels and internal gears to keep count. They’re ideal for utility metering, hand tools, or field machinery.

### **Hour Meters for Equipment Runtime Tracking**

An hour meter, also known as a time counter, is a digital device designed to track and record the total elapsed operating time of equipment. It is commonly used to monitor machine runtime, helping ensure timely maintenance and servicing.

## **How to Choose the Right Counter Device**

When choosing a counter meter for your application, consider the following factors:

### **Purpose of Measurement**

Identify what you need to measure; time, events, pulses, frequency, or equipment runtime. For example, an hour meter is ideal for recording the total runtime of machines for maintenance tracking. If you're counting production cycles, item quantities, or digital pulses, a digital counter or electronic counter would be a more appropriate choice.

### **Display Type and Format**

Choose between digital (LED/LCD) or mechanical displays based on usability and environment. A counter with digital display provides clear, real-time numeric readouts suitable for automation, whereas mechanical counters are preferred in power-limited or rugged conditions.

### **Environmental Conditions**

Operating conditions significantly impact the longevity and accuracy of your counter device. Check the device’s IP rating, temperature range, and resistance to environmental stressors when making your selection.

### **Control and Integration Features**

Advanced features like relay outputs, programmable logic, or multiple input channels can improve a counter device’s ability to be used in complex or automated systems.

### **Form Factor and Mounting**

Size and mounting options are practical yet critical considerations for counters. Whether you need a compact digital counter or something that can be mounted onto a DIN-rail, make sure your counter device fits in your existing layout.

## **Where Industrial Counters Are Used**

These are the common applications of digital counter devices in the Philippines:

### **Electronic Systems**

Digital counters are widely used in components like processors, memory units, and control circuits. Within these systems, counters help generate precise clock signals, manage timing sequences, and control data transmission between devices, ensuring smooth and synchronized operations.

### **Industrial Automation**

In industrial environments, digital counters are indispensable for process monitoring and control. They are commonly used to count items on production lines, monitor the speed or cycles of machinery, and automate the movement of robotic arms. 

### **Measurement Instruments**

Precision measurement tools, such as frequency counters, [oscilloscopes](https://ph.rs-online.com/web/c/test-measurement/oscilloscopes-accessories/oscilloscopes/), and logic analyzers, rely on digital counters for accurate data collection. These counters track and quantify electronic signals and events, offering reliable readings in research, testing, and diagnostics within both industrial and laboratory settings.

### **Digital Timekeeping**

Digital clocks and timers are built around the functionality of digital counters. These devices count clock pulses to measure and display time in hours, minutes, and seconds. From alarm clocks to industrial time trackers, counters ensure precise and continuous timekeeping.

### **Medical Equipment**

In the healthcare field, counters help monitor vital signs, manage dosage delivery systems, and perform timing functions in diagnostic and therapeutic equipment. 

## **Buy Digital and Electronic Counters in the Philippines**

When in need of reliable industrial counter suppliers in the Philippines, RS offers a wide selection of counter meters from trusted brands such as [Crouzet](https://ph.rs-online.com/web/b/crouzet/?displayMonolithBrandPage=true), [Hengstler](https://ph.rs-online.com/web/b/hengstler/?displayMonolithBrandPage=true), [Trumeter](https://ph.rs-online.com/web/b/trumeter/?displayMonolithBrandPage=true) and more. Browse through our catalog of digital counters, electronic counters, hour meters, and mechanical counters, all available online and ready for fast delivery across the country.

Whether you're maintaining a plant or building a new automation line, shop now and enjoy competitive digital counter prices and industry-leading service. We also offer other equipment and components, including [safety relays](https://ph.rs-online.com/web/c/relays-signal-conditioning/relays/safety-relays/), [digital timer switches](https://ph.rs-online.com/web/c/automation-control-gear/process-control/time-switches/), and more.



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