CEME ET 3009 – Vibratory Piston Pump
Seller and contractual partner: shukchok
Manufacturer: CEME
Product information provided by: shukchok
AED 896.63Net price
8 in stock
Ships from Germany
Delivered duty paid (DDP) Duties and import taxes included — no charge on delivery
Shipping and delivery: United Arab Emirates
- Delivery time (United Arab Emirates): up to 27 working days – up to 3 working days of processing at our warehouse in Herten, then up to 24 working days in transit.
- Orders placed by 11:00 German time are processed the same working day.
- Shipping for this item (United Arab Emirates): AED 380.73 (parcel up to 5 kg).
Seller and contractual partnershukchok is the seller and contractual partner for this product. Invoicing, payment processing and refunds are handled by shukchok.
Vibrating piston pump CEME ET 3009 for use as a soap pump. The electromagnetically driven piston pump conveys the medium pulsatingly via a vibrating armature and is suitable for compact dosing and conveying tasks in machines and systems.
Technical features
- Manufacturer/Model: CEME ET 3009 (type plate code 25NNVN108H095EZ)
- Voltage: 230 V ~
- Frequency: 50 Hz
- Power consumption: 60 W
- Insulation class: H
- Type plate indication TA: 70 °C
- Type plate indication TF: 60 °C
Areas of application
- Pumping water and water/ethylene glycol mixtures (manufacturer specification)
- Fields of use per CEME catalogue: welding, steam appliances and other industrial applications
- Continuous operation: duty cycle 100 % at 230 V ~ 50 Hz
- Any mounting position; self-priming at 0 bar
Selection notes
- Fluids named by the manufacturer: water and water + ethylene glycol; clarify use with soap or cleaning solution beforehand
- Hydraulic connections: inlet and outlet G 3/8" female thread
- Electrics 230 V ~ 50 Hz, 60 W; electrical connection 3 x DIN 43650/ISO 4400/6952 fast-on, check the plug
- ET3009 curve: 6 bar at zero flow, approx. 180 l/h at 0 bar, approx. 50 l/h at 4 bar; the series' 20 bar applies to the ET3000
- Dry running only during self-priming (3–5 s); fluid max. 60 °C, ambient max. 70 °C
