Frequency Oscillator

A frequency oscillator generates stable periodic signals through electronic components, used for timing, synchronization, and as a signal source. In detection instruments, it controls the measurement cycle to ensure consistency in data acquisition.

Instruments

Frequency of 710 vibrations per minute, mixing in 30 seconds; can handle 0.5 to 20 liters of barrel paint, equipped with safety interlock and height adjustment functions, quiet operation and easy loading.

$ 1364.00

Equipment Vibration Frequency 660 times/min, maximum load 30KG, elliptical trajectory movement to ensure that the sample test conditions independent equality, equipped with automatic chill down system to maintain temperature stability.

$ 18195.00

Vibration Frequency 660 times/min, maximum load 30KG, elliptical trajectory motion to ensure that the sample test conditions are independent and equal, equipped with automatic chill down system to maintain temperature stability.

$ 16501.00

Elliptical trajectory vertical vibration design, vibration Frequency 660 times/min, maximum load 30KG, equipped with automatic cooling down system to maintain sample temperature stability, closed structure to reduce noise and pollution risk.

$ 14806.00

The equipment adopts elliptical trajectory vertical movement, vibration Frequency 40-60Hz adjustable, maximum load 30kg, equipped with automatic chill down system to keep the sample temperature stable, ensure the test conditions are independent and equal.

$ 19889.00

Equipped with 25Khz and 45Khz dual-frequency conversion functions, it supports 1-600 minute timing and room temperature to 80 ° C temperature control, using stainless steel structure and with real-time temperature display.

$ 598.00

With 25Khz and 45Khz dual-frequency conversion functions, it supports 1-600 minute timing and room temperature to 80 ° C temperature control. It is made of stainless steel to ensure durability and is suitable for a variety of cleaning needs.

$ 727.00

Adopt electric lifting system and frequency conversion speed regulation technology, Speed range 60~ 6900rpm, Power 1100W, equipped with dispersed impeller and sand grinding blades, can adapt to different impeller diaMeters, support chilling down water circulation temperature control.

$ 846.00

Equipped with 25Khz and 45Khz dual-frequency conversion functions, it supports 1-600 minute timing and room temperature to 80 ° C temperature control. It is made of stainless steel and real-time temperature display to improve cleaning efficiency.

$ 1033.00

Equipped with 25Khz and 45Khz dual-frequency conversion functions, it supports 1-600 minute timing and room temperature to 80 ° C temperature control. It adopts stainless steel structure and real-time temperature display to improve cleaning effect.

$ 493.00

With 25Khz and 45Khz dual-frequency conversion function, it supports 1-600 minutes timing and room temperature to 80 ° C heating. It adopts stainless steel structure and is equipped with a flat cover and a net basket. Power-off memory working paraMeters.

$ 574.00

With 25Khz/45Khz dual frequency switching function, support 1-600 minutes timing and room temperature -80 ℃ temperature control, stainless steel material and real-time temperature display, improve cleaning efficiency and adaptability.

$ 469.00

Screening area of 54200m ², Vibration Frequency 400-3000 times/min adjustable, amplitude 3.2 +/- 0.1mm, compact size easy to operate, screen plate easy to disassemble, optional different gap specifications to adapt to a variety of Stocks.

$ 4592.00

The frequency conversion motor is used to achieve stepless speed regulation of 60~ 8000rpm, and the digital PID control accuracy is high. It is equipped with dispersed impellers and sand grinding blades to adapt to different experimental needs, and the relationship between material viscosity and reaction rate can be directly calculated.

$ 711.00

With 25Khz and 45Khz dual-frequency switching function, it can adapt to different cleaning needs. Supports 1-600 minutes timing and room temperature to 80 ° C temperature control, adopts stainless steel structure and is equipped with a sound-lowering cover, stable operation and low noise.

$ 517.00

Articles

Ultrasonic Thickness Gauge Selection: Technical Considerations for Probe Configuration and Measurement Modes
This article primarily introduces the technical factors to consider when selecting an ultrasonic thickness gauge. In terms of probe configuration, the frequency affects both resolution and penetration depth, while crystal size determines adaptability to curvature and surface conditions. Dual-element probes offer a smaller dead zone compared to single-element probes, and delay-line probes are suitable for thin-wall and high-temperature applications.
Resistance meter selection testing frequency and material conductivity range
This article primarily discusses how to consider test frequency and material conductivity range when selecting a resistivity meter.
MIT Folding Endurance Tester is used for high-frequency folding tests.
This article introduces the application of the MIT folding endurance tester in high-frequency folding tests. High-frequency folding tests simulate the actual usage of materials under rapid and repeated folding, placing high demands on the instrument, requiring it to possess high frequency, high precision, and stability.
Performance Comparison and Selection Guide Between Electric Vibration Tables and Hydraulic Vibration Tables
Electric shakers and hydraulic shakers are two commonly used vibration testing devices, each with different working principles. When selecting a model, factors such as test frequency, specimen weight, displacement requirements, and cost need to be considered.
Selection Differences Between Random Vibration and Sine Vibration Tests
This article primarily discusses the differences between random vibration and sinusoidal vibration tests. Sinusoidal vibration uses a periodic signal at a single frequency, making it suitable for identifying resonance points and conducting fatigue tests. Random vibration, on the other hand, employs a broadband random signal to simulate real-world environments, such as transportation jolts, making it more appropriate for reliability acceptance testing.
Paper smoothness and roughness
Paper smoothness and roughness are key parameters that describe the flatness of the paper surface, and they complement each other. Smoothness refers to the extent to which the paper surface approaches an ideal plane, while roughness reflects the amplitude and frequency of surface irregularities.
Selection Guide How to Choose a Vibration Test Bench Based on Testing Standards
When selecting a vibration test system, start by carefully reviewing the test standards to clarify key parameters such as frequency range, thrust force, displacement, acceleration, and vibration type. Then, based on the standard requirements, calculate the required thrust force, match the specifications of the shaker and amplifier, and select an appropriate control system.
To determine if an ultrasonic cleaner cleans effectively, first understand the two key parameters: frequency and power.
This article mainly discusses how to achieve thorough cleaning with an ultrasonic cleaner, emphasizing that the key factors are frequency and power. The frequency determines the size and penetrating ability of the bubbles generated during cleaning, while the power provides the necessary energy for the cleaning process.