TruSteel AutoVap30, Руководство пользователя

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TruSteel AutoVap30 User Manual | | v. 1.9
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SECTION I: AUTOVAP OPERATING PRINCIPLE
How the AutoVap30 Falling Film Evaporator Works:
The AutoVap30 Falling Film Evaporator is designed to recover at least 30 gallons of saturated
solvent while recovering over 95% solvent. The AutoVap30 system works by moving saturated
solvent through a heated exchange path where the solvent is evaporated from the desired
“crude” material. The AutoVap30 separately discharges the crude material and recovered
solvent.
The AutoVap30 utilizes an on-board touch screen control panel that full automates the recovery
process which includes fail safes, alarms, and datalogging. Parameters are set in place upon
installation of the AutoVap30 system making operation very user friendly and non-technical.
It is important to note that the AutoVap30 through puts are based on the ancillary equipment
supplied by TruSteel. This includes the cooling unit, water heating system, and vacuum pump.
The on-board control panel is required to properly operate the system. Any changes in
equipment specifications or placement of equipment out of the scope of TruSteelʼs Pre-
Installation Manual may causes losses in efficiency of recovery.
Upon installation of the AutoVap30, TruSteel will train the staff who will be operating the system.
This operating manual can also be used as a guide.
SECTIONII: AUTOVAP30 SYSTEM EQUIPMENT
Materials Stainless Steel, PTFE, & Borosilicate
Throughput 30+ gallons per hour
Plumbing Connections 1
”
Compatible With:
Ethanol, Methanol, Heptane, Hexane, Acetone,
Acetonitrile
The AutoVap30 system requires ancillary equipment to work with the AutoVap30 machine. The
main components to the system are:
1) The AutoVap30, including (3) main heat exchangers [1 preheater, 1 evaporator, 1 condenser],
(3) pumps [feed pump, solvent discharge, crude discharge] and (1) HMI panel
2) Cooling System
– an HVAC chiller unit
3) Heating System
– Recirculating Hot Water Heater
4) Vacuum Pump
5) PLC Control Panel
– Power supply controller for HMI
6) Heater Manifold which includes an inline water pump to recirculate water
7) Chiller bypass manifold