CDX1000
Edwards CDX1000 represents the next generation of dry pump technology. The CDX1000 is a double ended mechanism for the chemical process, pharmaceutical and petrochemical industries.
This innovative technology leverages Edwards latest manufacturing and design philosophies. The CDX1000 is suited to larger processes where repeatability and reliability are key. Technologies and manufacturing techniques have been carefully selected to produce a robust, high performance machine that is simple to operate and maintain.
Performance with Reliability
- Outstanding temperature control with Edwards standard indirect cooling
Process repeatability
Protects pump from thermal shock and corrosion
- Excellent liquid handling
No compression plate = no hydraulic lock
Self draining mechanism
- Dust and particulate tolerant
No expansion volumes
No cold seizures
- Extended maintenance period
Cooled and filtered oil system
- No complex controls
Direct on-line start
Simple, Rugged Design
A robust mechanism for reliable, repeatable performance
- Double-ended, variable pitch screw
- Patented stator machining removes the need for a head plate
- No compression plate
- Minimal parts count
- Standard motors
- No coatings
- Low rotational speed
Maintainability
The CDX1000 is designed to minimize scheduled down-time from line maintenance to overhaul.
- Minimized process line disturbance
Integral flame arrestors can be cleaned and inspected without breaking process lines
Silencers are drainable and cleanable
- Standard automotive style oil filters
- Bearing and seal change is possible on-site
- Recovery philosophy minimizes pump removal
Clearances open up on cooling; no cold seizures
- Rotors do not require costly re-coating
- Rotors are not assembled as matched pair
Cool & Clean
The bearings and rotor stub shafts are fed cooled, filtered oil. Limiting the oil temperature prevents carburization and degradation.
- Extended bearing and seal life
Systemization Tailored To Match Your Process Needs
- Low cost, pre-engineered modules
- Customized systems
- Tailored applications support
Avoid problems
Solve issues if they arise
- Applicable to a wide range of processe
Match performance to process
Monitoring and control options
Dust, hard particle and liquid carry-over protection
Applications
- Processes
Distillation
Drying
Evaporation/Crystallisation
Solvent/Vapour Recovery
Filtration
Sterilisation
Central/House Vacuum
- Industries
Plastics
Fatty Acids, Alcohols and Amines
Adhesives, Paints and Coatings
Medical (Ethylene Oxide)
Edible Oils
Silicones
Basic Chemicals
Features and Benefits
- Continuous performance from atmospheric pressures to ultimate vacuum
- Excellent temperature control
- Large liquid slug capabilities
- No effluent generated
- Dry running mechanism
- Efficient solvent recovery
- Low power consumption
- On site seal and bearing change
- Flushable with water, solvent or steam
- Low rotational speed
- Cooled and filtered oil
- Integral accessory modules
- Low parts count
- Balanced rotor design
- No compressor plate
- Industry standard motors fitted throughout range
Maximum pumping speed | 900 m3h-1 |
530 ft3min-1 | |
Capacity at 10 mbar (7.5 Torr) | 900 m3h-1 |
530 ft3min-1 | |
Ultimate vacuum | 5 x 10-3 mbar |
4 x 10-3 Torr | |
Maximum back pressure - standard (optional*) | 1150 mbarA |
2.0 psig | |
Power consumption at 10 mbar (7.5 Torr) |
17.1 kW |
23.2 Hp | |
Standard motor (380 - 400V, 3 ph, 50 Hz) |
30 kW |
Standard motor (200 - 460V, 3 ph, 60 Hz) |
40 hp |
Cooling water flow rate (adjustable) | 10 – 20 lmin-1 |
2.64 - 5.28 galmin-1 | |
Cooling water supply temperature range | 5 - 35 oC / 41 - 95 oF |
Cooling water supply pressure | 2 – 10 barg |
29 – 145 psig | |
Seal purge flow (maximum), regulated to 0.3 - 0.5 barg, (5 - 7 psig) | 24 l min-1 |
0.85 ft3min-1 | |
Seal purge supply pressure (minimum - maximum) |
2 – 10 barg |
29 – 145 psig | |
Noise (max. with exhaust silencer) | 82 dB(A) |
Weight (with frame and standard motor) | 1710 kg |
3765 lbs | |
Process connection, inlet | 6” ANSI/DN150 |
Process connection, outlet | 3” ANSI/DN80 |
Pumping mechanism |
* Every case we consult Edwards specialists