Rotary Evaporator Specifications:
| Model | RE-1005 |
| Voltage/Frequency | 220V 50Hz/110V 60Hz |
| Total Power | 2100W |
| Rotary Motor Power | 60W |
| Lifting Motor Power | 40W |
| Heating Power | 2000W |
| Vacuum | 0.095Mpa |
| Rotary Flask Volume | 5LΦ230mm/Φ80 flange port |
| Collecting Flask Volume | 3LΦ195mm/upper Φ50 flange port×Φ35 flange port×2 pcs × lower Φ50 flange port |
| Rotary Speed | 0-120rpm/min |
| Temperature Control Range | Room temperature-180℃ |
| Temperature Control Accuracy | ±1℃ |
| Bath Lifting Stroke | 140mm |
| Condenser Size | Φ120×600H(mm) side Φ50 flange port × lower Φ50 flange port |
| Condensing Area | 0.5㎡ |
| Gas Cylinder | Left Φ35 flange port, side Φ50 flange port, rightΦ50 flange port |
| Material Feeding Valve | Φ35 flange port, glass + PTFE valve, material feeding valve (pagoda joint) with 12mm outer diameter |
| Releasing Valve | Φ35 flange port×2, glass + PTFE valve, releasing valve (pagoda joint)with 12mm outer diameter |
| Material Discharging Valve | Φ50 flange port, side discharging valve (pagoda joint) with 20mm outer diameter, 260mm from the ground |
| Vacuum Nozzle | Pagoda joint with 10mm outer diameter |
| In and Out Circulating Nozzle of Condenser Coil | Pagoda joint with 16mm outer diameter |
| Bath Size/Weight | Φ295×175H (mm) about 12L |
| Sizes(W×D×H)(mm) | 980×480×1260mm |
| Shipping Size(W×D×H)(mm) | 800×450×1090mm wooden package |
| N.W./G.W. (kg) | 46/68 |
| Supporting Products | RE-1005+Water Circulating Vacuum Pump VP-IIIA+Low Temperature Circulator LTC-10 |
Rotary Evaporator Features:
The components in contact with materials are crafted from high borosilicate glass (with an expansion coefficient of 3.3) and PTFE materials, ensuring stability and minimal reactivity.
Stand features cold plate anti-corrosive spray and aluminum alloy, while the bath is constructed with 304 stainless steel.
A PTFE and fluororubber compound sealing system is used for effective sealing.
Vacuum pressure gauge displays real-time vacuum levels through a pointer.
Piston-type feeding valve is equipped with a PTFE extension tube for continuous feeding under vacuum conditions.
A vertical double-layer serpentine coil functions as the condenser.
Large LCD display enables simultaneous control of rotation, heating, and lifting.
Brushless deceleration booster motor powers the rotary and lifting mechanisms, ensuring spark-free and low-noise operation.
A thermostat-controlled bath incorporates a PT100 sensor and stainless steel probe at its base.
The bath can be electrically lifted and is insulated with a silicone cover for heat protection.
Dual fuses offer safety protection for both rotation and heating.
Collection bottle is outfitted with a glass and PTFE independent discharge valve at the bottom.
A water discharge valve at the bath's base facilitates liquid removal.
A vacuum switching valve allows continuous material collection and discharge without disrupting system vacuum or solution distillation.
Safety measures include over-temperature protection and automatic power-off when the water level in the heating bath is too low or if a sudden power outage occurs during operation.
Details of Rotary Evaporator:
The rotary evaporator's front view highlights the clear, intuitive control panel that allows users to easily adjust temperature, rotation speed, and vacuum pressure. The sleek, ergonomic design ensures smooth operation, with visible components like the heating bath and flask, making it easy for users to monitor and manage the distillation process. Its compact size fits well into laboratory spaces, ensuring efficient use of available workspace.
The packaging is designed to safeguard the delicate components, such as the glass flasks and condenser, ensuring the device arrives in perfect condition. Clear labeling on the outer box facilitates easy identification, while the well-organized packaging ensures that all parts are securely held in place for safe transport.
The vacuum pump and condenser are visible, designed for optimal condensation of solvents. The side design emphasizes the system's stability, with adjustable height for the evaporating flask to suit different sample volumes and experiments.
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