Solvent Recovery Unit

Model:T-250Ex
Feed capacity(L):250
Power(kW):16
Treatment time (Min.):270
Recovery(%)：95

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Solvent Recovery Unit Introduction

The capacity of the solvent recovery unit is 250L, the solution recovery rate is above 97%, and the recovery time is generally 4 to 6 hours. Recycling of the most commonly used solvents: including mineral spirits, flexo printing, lithographic printing and other solvents, suitable for industrial enterprises with a daily solvent consumption of around 250 liters or less.

Solvent Recovery Unit Features:

The whole machine is designed according to European and American explosion-proof standards, and is produced according to Chinese explosion-proof standards. The main parts are imported with original packaging and genuine materials;
Double-layer stainless steel bucket design, indirect heating, to prevent solvent leakage;
The electric control box is 100% fully sealed to prevent electric sparks from contacting with solvents;
The switch is made of explosion-proof materials that are not corroded by solvents;
Fully sealed design of wire joints such as heating system;
The motor is a magnetic levitation type imported from Germany, which will not generate electric sparks;
The temperature display has no contacts and will not generate electric sparks;
By leaving 3-5% solvent in the machine setting, it can ensure the safety of the equipment and improve the safety factor;
Shut down at a fixed temperature, after the solvent is recovered, it will automatically shut down according to the steam temperature;
Scheduled shutdown, according to the time, double shutdown protection function;
Ultra-high temperature protection, when the machine exceeds the set temperature, it will automatically stop the heating system;
Ultra-high pressure protection, when the air pressure in the tank of the machine exceeds 0.3br from the outside, the pressure will be automatically released to ensure the safety of the machine.

Solvent Recovery Unit Application:

Automobile manufacturing and repair industry: Cleaning thinner for vehicle spraying equipment pipelines and spray guns.
Precision instrument and hardware manufacturing industry: organic solvents for cleaning molds and processed products.
Electronic product production industry (such as: LCD, LED, etc.): cleaning agent for cleaning molds and cleaning electronic products themselves.
Sports equipment manufacturing industry: cleaning agents for wax-melting castings such as golf heads and fishing rods, and solvents for spraying and cleaning clubs and fishing rods.
Paint manufacturing and chemical industry: various organic solvents and paint mixing agents for cleaning production equipment, containers and filling equipment.
Shoe material industry: various organic solvents for cleaning spraying equipment.
Plastic products: organic solvents for cleaning molds and processed products.
Printing industry: Cleaning agent for cleaning plates and machines, such as board washing water, car washing water, etc.
Painted gold jewelry industry: solvents used in surface pretreatment cleaning and electroplating pretreatment.
Optical products: Solvents used in the cleaning of components in each production process and pre-coating treatment.
Furniture manufacturing industry: organic solvents for cleaning spraying equipment and mixing paint.

Operation Steps:

Installation requirements:

Separate working area: The equipment must be installed in a separate working area.
Fixing at the bottom of the device.
Safe distance from the wall: The distance between the fuselage and the wall should be more than 50 cm.
Grounding: The ground wire of the machine and the cable must be grounded.

Installation steps:

Step 1: fix the machine.

Step 2: Assemble the power supply.

Step 3: connect the electricity, the machine and the electric training ground wire must be grounded.

Step 4: Install the plastic pipe for the solvent outlet. Random distribution – a plastic tube, placed in the machine recycling bin. Put this plastic tube over the solvent outlet and lock the fixing collar.

Installation and debugging:

Check the steam line for clogs or leaks.
Whether the hot ring of the barrel lid is sealed and leak-free.
Power-on inspection: Check to confirm that the fan is running normally and the heater is heating normally.
Preliminary setting of the machine is made according to the boiling point and characteristics of the solvent to be recovered.

Solvent Recovery Unit

Model	T-40	T-60	T-80	T-90	T-125
Feed Capacity (L)	40	60	80	90	125
Heating Component Power (KW)	4.0	4.0	5.0	5.0	6.0
Electric Fan Power (KW)	0.09	0.12	0.12	0.12	0.12
Maximum Power (KW)	4.5	4.5	5.5	5.5	6.5
Maximum Current (A)	6.9	6.9	8.4	8.4	10
supply Voltage (ACV/HZ)	3-phase 5-line 380/50-60
Control Voltage (ACVHZ)	220/50-60
Heating Method	Hot medium oil indirect heating
Length (mm)	950	1100	1100	1100	1150
Width (mm)	750	750	850	850	850
Height (mm)	1200	1200	1260	1260	1435
Weight (kg)	140	160	250	260	300
operate Temperature (℃)	50~210
The Best Ambient Temperature For The Machine To Run (℃)	5~35
Noise (dB)	65
Recovery Ratio	95%
Recovery Time	2.5~3.0	2.5~3.0	2.5~3.0	2.5~3.0	3.0~3.5

FAQ:

Q:Why does the solvent recovery unit need to replace the heat transfer oil regularly?

A:The heat transfer oil of solvent recovery unit needs to be replaced every 100-150 hours of operation. If the heating temperature is above 10 degrees Celsius for a long time, please use it for 100 hours and must be replaced. The deterioration speed of the heat transfer oil of the solvent recovery machine is related to the operating temperature and operating time of the grill. The higher the heating temperature during operation, the longer the operating time, the faster the deterioration speed of the heat transfer oil.

Q: The solvent in the barrel of the solvent recovery unit cannot flow out?

A: The cooling pipe is blocked: the solution is to wait until the temperature of the steam gauge drops below 50°C after shutting down the machine, open the cover of the recovery bucket, and use an air gun to blow air at the discharge port until the air comes out from the steam inlet; the boiling point of the solvent is too high: solve The method is to appropriately increase the heating temperature by 20-30°C. If the heating temperature has been adjusted to the highest level, it can be recovered with a vacuum decompression pump.