Slaughtering Power Supply:
The Slaughtering Power Supply is developed according to the professional needs of the current slaughtering market. It is mainly used for hemp electric halo in the process of slaughtering, which can reduce the twitch of animals for hanging. It can alleviate the stress response of animals and greatly reduce the defects such as broken bones, congestion and PSE meat. The operation is simpler and the meat is more delicious. Ensure that the nutrients in the meat are not lost.
The stun voltage can be adjusted according to the variety and size of pigs, so as to control the stun current, alleviate the stress response of pigs, and greatly reduce the defects such as broken bones, congestion and PSE meat.
Provide stable sine wave power supply. IGBT / PWM mode is adopted, with small volume and low noise. Digital frequency division, phase cancellation and waveform instantaneous feedback technology are adopted, which is stable and accurate.
Strong overload capacity: 200%. The output of isolation transformer is safe and reliable, and the hemp effect is good.
IGBT / PWM mode is adopted, which has the advantages of small volume, light weight, low noise and high efficiency.
With a fixed frequency of 800Hz, the voltage can be controlled slowly, which reduces the tension of pigs at the moment of anesthesia and better controls the increase of EPS meat quality.
Microprocessor control, the output voltage can be adjusted online, and can be controlled by external 0-5V or 0-10V excitation voltage.
The unique instantaneous value double loop control mode is adopted, which has high control precision and dgood waveform quality, and can adapt to various loads.
Spec.
Model | XYH-11050 |
Capacity | 500VA |
Mode | IGBT pulse width control |
Load type | Any type loads |
Control mode | SPWM Pulse width modulation |
Input voltage | 220V |
Output voltage | change with current (peak value can be set) |
Input frequency | 50HZ |
Output frequency | 800HZ/ 960HZ/ 1000HZ(800~1000HZ adjustable) |
Output current | 0~4.2A Adjustable constant current output |
Efficiency | 85% |
Waveform distortion | 3% |
Frequency stability | 0.1% |
Accuracy | 0.05% |