Zyd-I Series Double-Stage Vacuum Transformer Oil Regeneration System

• Customization: Available
• Structure: Mobile
• Usage: Solid-Liquid Separation, Oil Impurities, Oil-Water Separator, Oil and Gas Separation
• Model NO.: ZYD-I
• Mechanical Principle: Vacuum
• Performance: Efficient Filtration
• Power Supply: 380V/50Hz/3phase (Customizable)
• Working Noise: 65dB
• Trouble-Free Working Time: 4000h
• Continuous Working Time: 150h
• Inlet (Outlet) Caliber: 25-60mm
• Color: 1-3 Degree
• Impurity: 1um
• Water: 20ppm
• Transport Package: International Standard Wooden Case
• Trademark: Chongqing TOP
• Origin: Chongqing, China
• HS Code: 8421299090
• Production Capacity: 10000 Pieces/Year
• Package Size: 200.00cm * 120.00cm * 200.00cm
• Package Gross Weight: 500.000kg

Product Description

ZYD-I Series
Double-Stage Vacuum Transformer Oil Purifier




Application

ZYD-I machine is specially designed for on site use to completely regenerate insulating oils in energized or de-energized transformers. It not only provides regular oil purification including degassing, drying and particulate removal but also removes acidity, sludge, other soluble oil decay products, and improves color. For special application, the system also can be mounted on a leak proof base or be installed and operated on a trailer.

Features

1. For special application, the operation can be controlled by P.L.C (Programmable Logic Controller) (ZYD-I-A Series).
2. Unique vacuum dehydration, degassification and regeneration system, adopt stereo-evaporation technology. Duplex 3D stereo-evaporation, eliminating the liquid water quickly
3. UK g technology by which the trace water that is show chain, such as dissolved water, can be removed effectively.
4. Advanced infrared liquid-level automatic control system to accomplish fully automatic control.
5. Can be applied for vacuum oiling and drying power transmission equipment.
6. Special additives for depolarization can recover oil color of aged transformer oil to new.

Working Principle

The insulating oil is conveyed into the degassing tank by means of pressure difference. Oil is indirectly heated by the heater, thus avoiding hot spots and over-swinging of the pre-selected operating temperature. The special degassing system and geometry with several stages in degassing tank creates a large oil surface and a resulting thin film for most effective maximum degassing. The treatment with a lower end vacuum (-0.08 to -0.095 MPa) guarantees, among others, that no light fractions are evaporated in the insulating oil, whereby the required characteristics of the oil are not changed.
The oil level regulation in the degassing tank assures a continuous oil flow-through in the plant, thus resulting in an optimised degassing of the oil.
After degassing and dehydration under vacuum, the oil is conveyed by means of a specially sealed and frequency controlled pump into regeneration system. Then oil through the fine filter and out of the plant.

Expectations on an effective oil plant for treatment of insulating oil:

Elimination of residual gas from the insulation.  
Drying of transformer insulation.
Easy and failsafe operation.
On-line measuring and recording of process parameters.
Flexibility in application (various oil types and oil volumes)

Technical Parameter
 

Parameter		Unit	ZYD-I-30	ZYD-I-50	ZYD-I-100	ZYD-I-150	ZYD-I-200	ZYD-I-250	ZYD-I-300
Flow rate		L/h	1800	3000	6000	9000	12000	15000	18000
Working vacuum		MPa	-0.08~-0.099
Working pressure		MPa	≤0.3
Temperature range		ºC	20 ~ 80
Power			3 ph 380V 50Hz (Or as needed)
Working noise		dB(A)	75	75	75	75	80	80	80
Heating power		kW	30	30	45	60	75	90	120
Total power		kW	35.5	37.5	52.5	71.4	86.5	102.5	135
Oil Inlet/Outlet		mm	φ25	φ32	φ42	φ50	φ50	φ60	φ60
Weight		Kg	600	800	1050	1400	1800	2000	2200
Overall	L	mm	1050	1100	1200	1450	1600	1800	1900
	W	mm	750	800	950	950	1100	1200	1200
	H	mm	1350	1400	1500	1650	1800	1900	1900