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Model | RE-1010 |
---|---|
Voltage/Frequency | 220V 50Hz/110V 60Hz |
Total Power | 3100W |
Rotary Motor Power | 60W |
Lifting Motor Power | 40W |
Heating Power | 3000W |
Vacuum | 0.095Mpa |
Rotary Flask Volume | 10LΦ280mm/Φ95 flange port |
Collecting Flask Volume | 5LΦ230mm/upper Φ60 flange port×Φ35 flange port×2 pcs × lower Φ50flange port |
Rotary Speed | 0-120rpm/min |
Temperature Control Range | Room temperature -180℃ |
Temperature Control Accuracy | ±1℃ |
Bath Lifting Stroke | 190mm |
Condenser Size | Main condenser Φ120×620H (mm), upper Φ60 flange port, lower Φ80 flange port |
Auxiliary condenser Φ135×475H (mm), upper Φ80 flange port, lower Φ60 flange port, side Φ60 flange port | |
Condensing Area | 0.51(0.33+0.18)㎡ |
Gas Cylinder | Left Φ35 flange port, upper Φ35 flange port, side Φ60 flange port, right Φ60 flange port |
Material Feeding Valve | Φ35 flange port, glass + PTFE valve, material feeding valve (pagoda joint) with 12mm outer diameter |
Temperature Measuring Port | Φ35 flange port, glass + PTFE valve, glass valve (pagoda joint) with 12mm outer diameter |
Releasing Valve | Φ35 flange port×2, glass + PTFE valve, releasing port (pagoda joint) with 12mm outer diameter |
Material Discharging Valve | Φ50 flange port, side discharging valve (pagoda joint) with 20mm outer diameter, 210mm from the ground |
Vacuum Nozzle | Φ60 flanged glass nozzle (pagoda joint) with 10mm outer diameter |
In and Out Circulating Nozzle of Condenser Coil | Pagoda joint with 16mm outer diameter |
Bath Size/Weight | Φ350×220H (mm) about 21L |
Sizes(W×D×H)(mm) | 1130×470×1940mm |
Shipping Size (W×D×H)(mm) | 980×520×1190mm wooden package 0.61m³ |
N.W./G.W. (kg) | 64/101 |
Components in contact with the material are constructed from high borosilicate glass (with an expansion coefficient of 3.3) and PTFE materials, ensuring stability and minimal reactivity.
The frame is made of cold plate anti-corrosive spray + aluminum alloy, and the bath is of 304 stainless steel.
Sealing system employs PTFE + fluororubber compound sealing.
Real-time vacuum is indicated by an oily vacuum pressure gauge with a pointer.
Piston-type feeding valve is encased in a PTFE extension tube, enabling continuous feeding to the evaporation bottle under vacuum.
An upright double-layer serpentine coil functions as the condenser, with both main and auxiliary condensing.
A large LCD display allows simultaneous control of rotation, heating, and lifting.
Brushless deceleration booster motors are used for both rotary and lifting functions, ensuring low noise and no spark.
Thermostat-controlled bath incorporates a PT100 sensor + stainless steel probe at the base.
Bath can be electrically lifted, with a silicone cover providing heat insulation and anti-scalding protection.
Dual fuses offer rotating and heating double-fuse safety protection.
Collection flask features a lower discharging port equipped with a glass + PTFE independent discharge valve.
A water discharge valve at the bath's bottom facilitates liquid removal.
A vacuum switching valve allows continuous material collection and discharge without affecting system vacuum or solution distillation.
An over-temperature protection function automatically powers off the machine when the actual temperature exceeds the setting temperature by 5°C.
An anti-drying function powers off the machine when the water level in the heating bath falls below the heating tube.
In case of a sudden power interruption during operation, the machine will automatically stop heating and resume when power is restored.
Model | RE-1010 |
---|---|
Voltage/Frequency | 220V 50Hz/110V 60Hz |
Total Power | 3100W |
Rotary Motor Power | 60W |
Lifting Motor Power | 40W |
Heating Power | 3000W |
Vacuum | 0.095Mpa |
Rotary Flask Volume | 10LΦ280mm/Φ95 flange port |
Collecting Flask Volume | 5LΦ230mm/upper Φ60 flange port×Φ35 flange port×2 pcs × lower Φ50flange port |
Rotary Speed | 0-120rpm/min |
Temperature Control Range | Room temperature -180℃ |
Temperature Control Accuracy | ±1℃ |
Bath Lifting Stroke | 190mm |
Condenser Size | Main condenser Φ120×620H (mm), upper Φ60 flange port, lower Φ80 flange port |
Auxiliary condenser Φ135×475H (mm), upper Φ80 flange port, lower Φ60 flange port, side Φ60 flange port | |
Condensing Area | 0.51(0.33+0.18)㎡ |
Gas Cylinder | Left Φ35 flange port, upper Φ35 flange port, side Φ60 flange port, right Φ60 flange port |
Material Feeding Valve | Φ35 flange port, glass + PTFE valve, material feeding valve (pagoda joint) with 12mm outer diameter |
Temperature Measuring Port | Φ35 flange port, glass + PTFE valve, glass valve (pagoda joint) with 12mm outer diameter |
Releasing Valve | Φ35 flange port×2, glass + PTFE valve, releasing port (pagoda joint) with 12mm outer diameter |
Material Discharging Valve | Φ50 flange port, side discharging valve (pagoda joint) with 20mm outer diameter, 210mm from the ground |
Vacuum Nozzle | Φ60 flanged glass nozzle (pagoda joint) with 10mm outer diameter |
In and Out Circulating Nozzle of Condenser Coil | Pagoda joint with 16mm outer diameter |
Bath Size/Weight | Φ350×220H (mm) about 21L |
Sizes(W×D×H)(mm) | 1130×470×1940mm |
Shipping Size (W×D×H)(mm) | 980×520×1190mm wooden package 0.61m³ |
N.W./G.W. (kg) | 64/101 |
Components in contact with the material are constructed from high borosilicate glass (with an expansion coefficient of 3.3) and PTFE materials, ensuring stability and minimal reactivity.
The frame is made of cold plate anti-corrosive spray + aluminum alloy, and the bath is of 304 stainless steel.
Sealing system employs PTFE + fluororubber compound sealing.
Real-time vacuum is indicated by an oily vacuum pressure gauge with a pointer.
Piston-type feeding valve is encased in a PTFE extension tube, enabling continuous feeding to the evaporation bottle under vacuum.
An upright double-layer serpentine coil functions as the condenser, with both main and auxiliary condensing.
A large LCD display allows simultaneous control of rotation, heating, and lifting.
Brushless deceleration booster motors are used for both rotary and lifting functions, ensuring low noise and no spark.
Thermostat-controlled bath incorporates a PT100 sensor + stainless steel probe at the base.
Bath can be electrically lifted, with a silicone cover providing heat insulation and anti-scalding protection.
Dual fuses offer rotating and heating double-fuse safety protection.
Collection flask features a lower discharging port equipped with a glass + PTFE independent discharge valve.
A water discharge valve at the bath's bottom facilitates liquid removal.
A vacuum switching valve allows continuous material collection and discharge without affecting system vacuum or solution distillation.
An over-temperature protection function automatically powers off the machine when the actual temperature exceeds the setting temperature by 5°C.
An anti-drying function powers off the machine when the water level in the heating bath falls below the heating tube.
In case of a sudden power interruption during operation, the machine will automatically stop heating and resume when power is restored.