What is a Panel Meter for Time Interval?
The Panel Meter for Time Interval, from Laurel Electronics’ Laureate series, is a precise instrument for measuring time between events, housed in a 1/8 DIN (96 x 48 mm) case per DIN standards. Featuring a 6-digit LED display, it tracks intervals from microseconds to hours with ±2 ppm accuracy. Ideal for industrial control, it offers high-speed updates (up to 60/sec) and stability, making it vital for timing-critical applications.
How Does a Panel Meter for Time Interval Work?
Input Signal Measurement
Accepts inputs from NPN, PNP switches, contact closures, or AC signals (12 mV to 250V) via versatile terminals.
Signal Processing
A high-speed counter processes pulse signals, filtering noise for accurate interval calculation.
Display of Measurement
Shows time in HH.MM.SS or decimal format on a bright LED, with a 60-conversion-per-second rate.
Additional Features
Includes dual relays for control, a 16-bit 4-20 mA output, and RS-485 Modbus RTU for system integration.
Where Are Panel Meters for Time Interval Used?
Industrial Automation
Monitors cycle times in assembly lines for efficiency.
Testing
Measures response times in quality control.
Laboratories
Tracks experiment intervals for research.
Automotive
Tests engine cycle timings.
Building Management
Controls HVAC operation intervals.
Benefits and Advantages
Offers high accuracy, fast updates, and robust connectivity.
Conclusion
The Panel Meter for Time Interval is essential for precise timing in industrial settings, delivering reliable data with a 6-digit display. Its high-speed processing and ±2 ppm accuracy support automation and testing, operating from -40°C to 70°C with CE/RoHS3 compliance. With Modbus and relay options, it integrates into SCADA systems, adapting to future needs in manufacturing and research, ensuring long-term utility.
What is a Panel Meter for Digital Stopwatch?
The Panel Meter for Digital Stopwatch, part of the Laureate series, measures single or accumulated events with a 6-digit LED display, housed in a 1/8 DIN (96 x 48 mm) case per DIN standards. Offering ±2 ppm accuracy, it tracks times from 1 µs to 999,999 hours, ideal for industrial timing with up to 60 conversions per second, ensuring reliability in dynamic environments.
How Does a Panel Meter for Digital Stopwatch Work?
Input Signal Measurement
Accepts inputs from NPN, PNP switches, contacts, or AC signals (12 mV to 250V) via adaptable terminals.
Signal Processing
A high-speed counter processes pulses, filtering noise for precise timing.
Display of Measurement
Displays time in HH.MM.SS or decimal format on a vivid LED, updating at 60/sec.
Additional Features
Features dual relays, a 16-bit 4-20 mA output, and RS-485 Modbus RTU for enhanced control.
Where Are Panel Meters for Digital Stopwatch Used?
Manufacturing
Tracks production cycle times for optimization.
Laboratories
Times experiments with precision.
Automation
Synchronizes process timings.
Energy
Monitors load durations.
Transportation
Manages dispatch timings.
Healthcare
Controls medical procedure times.
Benefits and Advantages
Provides high precision, fast updates, and versatile inputs.
Conclusion
The Panel Meter for Digital Stopwatch excels in timing accuracy for industrial use, with a 6-digit display and ±2 ppm precision. Its 60/sec update rate supports manufacturing and research, functioning from -40°C to 70°C with CE/RoHS3 certification. With Modbus and relay options, it integrates into modern controls, adapting to future automation needs, ensuring enduring relevance.
What is a Panel Meter for Recurring Timer?
The Panel Meter for Recurring Timer, from the Laureate series, measures recurring time intervals with a 6-digit LED display in a 1/8 DIN (96 x 48 mm) case per DIN standards. With ±2 ppm accuracy, it tracks cycles from 1 µs to 999,999 hours, offering up to 60 conversions per second, making it perfect for repetitive industrial timing tasks.
How Does a Panel Meter for Recurring Timer Work?
Input Signal Measurement
Receives inputs from NPN, PNP switches, contacts, or AC signals (12 mV to 250V) via flexible terminals.
Signal Processing
A high-speed counter processes pulse sequences, ensuring accurate cycle timing.
Display of Measurement
Shows intervals in HH.MM.SS or decimal on a bright LED, updating at 60/sec.
Additional Features
Includes dual relays, a 16-bit 4-20 mA output, and RS-485 Modbus RTU for system integration.
Where Are Panel Meters for Recurring Timer Used?
Industrial Automation
Controls repetitive machine cycles.
Manufacturing
Manages production timings.
Water Treatment
Regulates dosing cycles.
Energy
Monitors power cycle intervals.
Building Management
Optimizes HVAC schedules.
Laboratories
Tracks recurring tests.
Benefits and Advantages
Ensures high accuracy, fast updates, and robust connectivity.
Conclusion
The Panel Meter for Recurring Timer provides precise cycle timing for industrial use, with a 6-digit display and ±2 ppm accuracy. Its 60/sec update rate supports automation and energy management, operating from -40°C to 70°C with CE/RoHS3 compliance. With Modbus and relay options, it integrates into control systems, adapting to future needs in manufacturing and research, ensuring long-term value.
What is a Panel Meter for Duty Cycle & PWM?
The Panel Meter for Duty Cycle & PWM, from the Laureate series, measures pulse width modulation and duty cycle with a 6-digit LED display in a 1/8 DIN (96 x 48 mm) case per DIN standards. With ±0.01% resolution, it handles signals from 0 Hz to 1 MHz, offering up to 60 conversions per second, ideal for controlling industrial devices.
How Does a Panel Meter for Duty Cycle & PWM Work?
Input Signal Measurement
Accepts PWM signals from 12 mV to 250V via versatile input terminals.
Signal Processing
A high-speed counter analyzes pulse width and duty cycle, filtering noise for accuracy.
Display of Measurement
Displays duty cycle (%) or pulse width on a bright LED, updating at 60/sec.
Additional Features
Features dual relays, a 16-bit 4-20 mA output, and RS-485 Modbus RTU for system control.
Where Are Panel Meters for Duty Cycle & PWM Used?
Industrial Automation
Controls motor speeds in production lines.
Testing
Analyzes circuit PWM signals.
Communication
Ensures signal modulation accuracy.
Automotive
Manages injector timing.
Electronics
Regulates power supply PWM.
Benefits and Advantages
Offers high resolution, wide range, and robust integration.
Conclusion
The Panel Meter for Duty Cycle & PWM delivers precise PWM control for industrial applications, with a 6-digit display and ±0.01% accuracy. Its 60/sec update rate supports automation and testing, operating from -40°C to 70°C with CE/RoHS3 certification. With Modbus and relay options, it integrates into modern systems, adapting to future tech trends in automotive and electronics, ensuring lasting relevance.
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