Rexa MINI3-V04.09/T05-540/O-10M
| Hydraulic data | |
|---|---|
| Maximum operating pressure p | 1 bar |
| Discharge port | G 1½ |
| Free ball passage of the hydraulics | 40 mm |
| Hydraulics type | Vortex impeller |
| Max. immersion depth | 7 m |
| Max. delivery head Hmax | 9.0 m |
| Max. volume flow Qmax | 19.1 m³/h |
| Min. fluid temperature Tmin | 3 °C |
| Max. fluid temperature Tmax | 40 °C |
| Min. ambient temperature Tmin | 3 °C |
| Max. ambient temperature Tmax | 40 °C |
| Motor data | |
|---|---|
| Mains connection | 3~400 V, 50 Hz |
| Voltage tolerance | ±10 % |
| Rated power P2 | 0.5 kW |
| Power consumption P1 max | 0.66 kW |
| Rated current IN | 1.3 A |
| Starting current I | 5.4 A |
| Operating mode (immersed) | S1 |
| Operating mode (non-immersed) | S3-20% |
| Rated speed n | 2900 1/min |
| Power factor cos φ100 | 0.80 |
| Activation type | Direct On Line (DOL) |
| Number of poles | 2 |
| Max. switching frequency t | 30 1/h |
| Insulation class | F |
| Protection class motor | IP68 |
| Cable | |
|---|---|
| Connection cable length L | 10 m |
| Cable type | H07RN-F |
| Cable cross-section | 4G1 mm² |
| Type of connection cable | Detachable |
| Equipment/function | |
|---|---|
| Mains plug | no |
| Float switch | no |
| Macerator | no |
| Explosion protection type | - |
| Motor protection | Bimetall |
| Motor, leakage detection | no |
| Sealing chamber, leakage detection | no |
| Leakage chamber, leakage detection | no |
| Materials | |
|---|---|
| Pump housing | Grey cast iron |
| Impeller | PK-GF30 |
| Shaft | Stainless steel |
| Sealing on pump side | Carbon, synthetic resin-impregnated |
| Gasket material | NBR |
| Motor housing | Stainless steel |
| Installation dimensions | |
|---|---|
| Inlet connection | - |
| Outlet connection | G 1½ |
Wilo-Rexa MINI3
| Product data | |
|---|---|
| Brand | Wilo |
| Product description | Rexa MINI3-V04.09/T05-540/O-10M |
| Article number | 3094010 |
| EAN number | 4048482948775 |
| Colour | silver/black |
| Minimum order quantity | 1 |
| Date of sales availability | 2019-09-02 |
| Packaging | |
|---|---|
| Packaging type | Euro pallet |
| Packaging property | Sales packaging |
| Pieces per pallet | 30 |
| Number per layer | 15 |
| Dimension, weight | |
|---|---|
| Length with packaging | 250 mm |
| Length L | 216 mm |
| Height with packaging | 530 mm |
| Height H | 416 mm |
| Width with packaging | 210 mm |
| Width W | 164 mm |
| Gross weight, approx. m | 15 kg |
| Net weight, approx. m | 14 kg |
Submersible pump for stationary and portable wet well installation in intermittent operation.
For the pumping in domestic areas of:
- Sewage not containing faeces
- Wastewater (with small amounts of sand and gravel)
Sewage pump with vortex impeller and vertical threaded connection. Hydraulics housing made of grey cast iron, impeller made of plastic. Surface-cooled 3~ motor with self-switching thermal motor monitoring. Stainless steel motor housing. Oil-filled sealing chamber with double sealing: a rotary shaft seal is installed on the motor side, a mechanical seal on the pump side. Detachable connection cable with bare cable end, for fixed connection to on-site controls. Pump without float switch and plug!
Note: Sewage containing faeces can be pumped when the pump is installed in the DrainLift WS 50 pump chamber. The system has been approved in accordance with EN 12050-1.
| Operating Data |
|---|
| Product data | |
|---|---|
| Hydraulics type | Vortex impeller |
| Free ball passage of the hydraulics | 40 mm |
| Maximum operating pressure PN | 1 bar |
| Max. immersion depth | 7 m |
| Fluid temperature T | 3 °C |
| Motor data | |
|---|---|
| Motor design | Submersible motor – surface-cooled |
| Mains connection | 3~400 V, 50 Hz |
| Voltage tolerance | ±10 % |
| Rated power P2 | 0.5 kW |
| Power consumption P1 max | 0.66 kW |
| Rated current IN | 1.3 A |
| Activation type | Direct On Line (DOL) |
| Number of poles | 2 |
| Rated speed n | 2900 1/min |
| Max. switching frequency t | 30 1/h |
| Insulation class | F |
| Protection class | IP68 |
| Operating mode (immersed) | S1 |
| Operating mode (non-immersed) | S3-20% |
| Cable | |
|---|---|
| Connection cable length L | 10 m |
| Cable type | H07RN-F |
| Cable cross-section | 4G1 mm² |
| Mains plug | no |
| Type of connection cable | Detachable |
| Equipment/function | |
|---|---|
| Float switch | no |
| Macerator | no |
| Explosion protection type | - |
| Motor protection | Bimetall |
| Materials | |
|---|---|
| Pump housing | Grey cast iron |
| Impeller | PK-GF30 |
| Shaft | Stainless steel |
| Sealing on pump side | BXPFF |
| Sealing on motor side | NBR |
| Gasket material | NBR |
| Motor housing | Stainless steel |
| Installation dimensions | |
|---|---|
| Pipe connection on the suction side DNs | - |
| Pipe connection on the discharge side DNd | G 1½ |
| Ordering information | |
|---|---|
| Brand | Wilo |
| Product description | Rexa MINI3-V04.09/T05-540/O-10M |
| Net weight, approx. m | 14 kg |
| Article number | 3094010 |
Installation and operating instructions
Wilo-Rexa MINI3
| Article Number | 3094116 |
| Edition | 2022-05 |
| Number of pages | 16 |
| Language | en |
PDF (3 MB)Installation and operating instructions (digital)
Rexa MINI3
| Article Number | 3094116 |
| Edition | 2022-05 |
| Language | cs, de, el, en, es, fi, fr, hu, it, nl, pl, pt, sl, sv |
HTML (28 MB)Group Statement
Group Statement REACH
| Edition | 2021-05 |
| Number of pages | 5 |
| Language | language neutral |
PDF (327 KB)Level control with float switch (3) | |||
Rechargeable battery to be installed in the switchgears Wilo-control MS-L and EC-L for a mains-independent alarm.
| |||
Horn with bell for wall fixation for indoor and outdoor areas. Alarm signal via electromechanical noise generation with steel diaphragm (88 dBA). Notice: The signal horn can be connected to a potential-free contact (SSM/ESM) on the switchgear. The power supply must be provided by the customer! | |||
Xenon flash light for wall fixation for indoor and outdoor areas. Light colour: Red, flash frequency: 0.75 Hz Notice: The signal lamp can be connected to a potential-free contact (SSM/ESM) on the switchgear. The power supply must be provided by the customer! | |||
Level control with level sensor (21) | |||
Rechargeable battery to be installed in the switchgears Wilo-control MS-L and EC-L for a mains-independent alarm.
| |||
Level sensor with ATEX approval for level control in sewage water containing faeces. A level sensor is used here to measure the hydrostatic pressure in the medium and to convert it directly in the pressure transducer into an electrical signal by means of a diaphragm. The signal is transmitted to the switchgear and evaluated accordingly. When used in potentially explosive areas a breakdown barrier must be provided for the connection! | |||
Level sensor 0-10 mWC with 30 m cable | 6088832 | ||
Level sensor with ATEX approval for level control in sewage water containing faeces. A level sensor is used here to measure the hydrostatic pressure in the medium and to convert it directly in the pressure transducer into an electrical signal by means of a diaphragm. The signal is transmitted to the switchgear and evaluated accordingly. When used in potentially explosive areas a breakdown barrier must be provided for the connection! | |||
Level sensor 0-10 mWC with 20 m cable | 6088833 | ||
Level sensor with ATEX approval for level control in sewage water containing faeces. A level sensor is used here to measure the hydrostatic pressure in the medium and to convert it directly in the pressure transducer into an electrical signal by means of a diaphragm. The signal is transmitted to the switchgear and evaluated accordingly. When used in potentially explosive areas a breakdown barrier must be provided for the connection! | |||
Level sensor 0-2.5 mWC with 50 m cable | 6088836 | ||
Level sensor with ATEX approval for level control in sewage water containing faeces. A level sensor is used here to measure the hydrostatic pressure in the medium and to convert it directly in the pressure transducer into an electrical signal by means of a diaphragm. The signal is transmitted to the switchgear and evaluated accordingly. When used in potentially explosive areas a breakdown barrier must be provided for the connection! | |||
Level sensor 0-2.5 mWC with 30 m cable | 6088837 | ||
Level sensor with ATEX approval for level control in sewage water containing faeces. A level sensor is used here to measure the hydrostatic pressure in the medium and to convert it directly in the pressure transducer into an electrical signal by means of a diaphragm. The signal is transmitted to the switchgear and evaluated accordingly. When used in potentially explosive areas a breakdown barrier must be provided for the connection! | |||
Level sensor 0-2.5 mWC, cable length: 20 m | 6088838 | ||
Level sensor with ATEX approval for level control in sewage water containing faeces. A level sensor is used here to measure the hydrostatic pressure in the medium and to convert it directly in the pressure transducer into an electrical signal by means of a diaphragm. The signal is transmitted to the switchgear and evaluated accordingly. When used in potentially explosive areas a breakdown barrier must be provided for the connection! | |||
Level sensor 0-2.5 mWC with 10 m cable | 6088839 | ||
Level sensor with ATEX approval for level control in sewage water containing faeces. A level sensor is used here to measure the hydrostatic pressure in the medium and to convert it directly in the pressure transducer into an electrical signal by means of a diaphragm. The signal is transmitted to the switchgear and evaluated accordingly. When used in potentially explosive areas a breakdown barrier must be provided for the connection! | |||
Level sensor 0-1.0 mWC with 50 m cable | 6088840 | ||
Level sensor with ATEX approval for level control in sewage water containing faeces. A level sensor is used here to measure the hydrostatic pressure in the medium and to convert it directly in the pressure transducer into an electrical signal by means of a diaphragm. The signal is transmitted to the switchgear and evaluated accordingly. When used in potentially explosive areas a breakdown barrier must be provided for the connection! | |||
Level sensor 0-1.0 mWC with 30 m cable | 6088841 | ||
Level sensor with ATEX approval for level control in sewage water containing faeces. A level sensor is used here to measure the hydrostatic pressure in the medium and to convert it directly in the pressure transducer into an electrical signal by means of a diaphragm. The signal is transmitted to the switchgear and evaluated accordingly. When used in potentially explosive areas a breakdown barrier must be provided for the connection! | |||
Level sensor with ATEX approval for level control in sewage water containing faeces. A level sensor is used here to measure the hydrostatic pressure in the medium and to convert it directly in the pressure transducer into an electrical signal by means of a diaphragm. The signal is transmitted to the switchgear and evaluated accordingly. When used in potentially explosive areas a breakdown barrier must be provided for the connection! | |||
Cable clamp for fastening a signal transmitter in the pump chamber. The clamp is fixed in the pump chamber with a hook; the cable of the signal transmitter is clamped and fixed via the intrinsic weight of the signal transmitter. | |||
Float switches for level control devices as min./max switches for fluids that are aggressive or contain faeces, floats with the fluid and switches when tilted. Because of its construction and switching point, the float switch can exhibit only a very small hysteresis. This property cannot be changed, not even the length of the cable. In order to use the float switch, a switchgear with adjustable run-on time must be used. Switching: up "ON"/down "OFF" When used in potentially explosive areas an Ex cut-off relay must be provided for the connection! | |||
As a signal transmitter for the system switching, depending on the level of an open container or a cistern. Switching points: up ON / down OFF | |||
Float switch WA65 with 10 m cable | 503211893 | ||
As a signal transmitter for the system switching, depending on the level of an open container or a cistern. Switching points: up ON / down OFF | |||
Float switch WA65 with 20 m cable | 2004431 | ||
As a signal transmitter for the system switching, depending on the level of an open container or a cistern. Switching points: up ON / down OFF | |||
As a signal transmitter for the system switching, depending on the level of an open container or a cistern. Switching points: up ON / down OFF | |||
Horn with bell for wall fixation for indoor and outdoor areas. Alarm signal via electromechanical noise generation with steel diaphragm (92 dBA). Notice: The signal horn can be connected to a potential-free contact (SSM/ESM) on the switchgear. The power supply must be provided by the customer! | |||
Horn with bell for wall fixation for indoor and outdoor areas. Alarm signal via electromechanical noise generation with steel diaphragm (88 dBA). Notice: The signal horn can be connected to a potential-free contact (SSM/ESM) on the switchgear. The power supply must be provided by the customer! | |||
Xenon flash light for wall fixation for indoor and outdoor areas. Light colour: Red, flash frequency: 0.75 Hz Notice: The signal lamp can be connected to a potential-free contact (SSM/ESM) on the switchgear. The power supply must be provided by the customer! | |||
Xenon flash light for wall fixation for indoor and outdoor areas. Light colour: Red, flash frequency: 0.75 Hz Notice: The signal lamp can be connected to a potential-free contact (SSM/ESM) on the switchgear. The power supply must be provided by the customer! | |||
Level control with dynamic pressure system (13) | |||
Rechargeable battery to be installed in the switchgears Wilo-control MS-L and EC-L for a mains-independent alarm.
| |||
Cable clamp for fastening a signal transmitter in the pump chamber. The clamp is fixed in the pump chamber with a hook; the cable of the signal transmitter is clamped and fixed via the intrinsic weight of the signal transmitter. | |||
Float switches for level control devices as min./max switches for fluids that are aggressive or contain faeces, floats with the fluid and switches when tilted. Because of its construction and switching point, the float switch can exhibit only a very small hysteresis. This property cannot be changed, not even the length of the cable. In order to use the float switch, a switchgear with adjustable run-on time must be used. Switching: up "ON"/down "OFF" When used in potentially explosive areas an Ex cut-off relay must be provided for the connection! | |||
As a signal transmitter for the system switching, depending on the level of an open container or a cistern. Switching points: up ON / down OFF | |||
Float switch WA65 with 10 m cable | 503211893 | ||
As a signal transmitter for the system switching, depending on the level of an open container or a cistern. Switching points: up ON / down OFF | |||
Float switch WA65 with 20 m cable | 2004431 | ||
As a signal transmitter for the system switching, depending on the level of an open container or a cistern. Switching points: up ON / down OFF | |||
As a signal transmitter for the system switching, depending on the level of an open container or a cistern. Switching points: up ON / down OFF | |||
Dynamic pressure bell for recording the hydrostatic pressure for fluids that contain faeces. The pressure transducer measures the level in the pump chamber through changes in pressure in the fluid. These pressure changes are forwarded to the switchgear through a sealed hose and evaluated by measuring elements. Because the dynamic pressure bell is open in the direction of the fluid (open dynamic pressure system), the dynamic pressure bell must be aerated after each drainage pumping sequence. Accordingly, the switchgear must have an adjustable run-on time (OFF according to time). If aeration of the dynamic pressure bell is not ensured, then the dynamic pressure bell must be aerated either continuously or periodically (OFF according to level) using a compressor (bubbling-through system, can be ordered as an option). Use in potentially explosive areas permitted. | |||
Small compressor for continuous or periodic aeration of the velocity head bell, including non-return valve, 3 m hose and T-connector. | |||
Horn with bell for wall fixation for indoor and outdoor areas. Alarm signal via electromechanical noise generation with steel diaphragm (92 dBA). Notice: The signal horn can be connected to a potential-free contact (SSM/ESM) on the switchgear. The power supply must be provided by the customer! | |||
Horn with bell for wall fixation for indoor and outdoor areas. Alarm signal via electromechanical noise generation with steel diaphragm (88 dBA). Notice: The signal horn can be connected to a potential-free contact (SSM/ESM) on the switchgear. The power supply must be provided by the customer! | |||
Xenon flash light for wall fixation for indoor and outdoor areas. Light colour: Red, flash frequency: 0.75 Hz Notice: The signal lamp can be connected to a potential-free contact (SSM/ESM) on the switchgear. The power supply must be provided by the customer! | |||
Xenon flash light for wall fixation for indoor and outdoor areas. Light colour: Red, flash frequency: 0.75 Hz Notice: The signal lamp can be connected to a potential-free contact (SSM/ESM) on the switchgear. The power supply must be provided by the customer! | |||
Simple mains connection (1) | |||
Motor protection plug for connection to motors without thermal motor monitoring and leakage detection.
Technical data:
Attention: Switchgears are not protected against explosions and may be used only outside potentially explosive areas. | |||
Fittings (4) | |||
Stainless steel flush connection extension for extending the flushing connector by 300 mm. | |||
Stainless steel flush connection Storz C with a length of 300 mm for connecting a discharge pipe flushing station with Storz C-52 coupling. Incl. locked cover in Storz C version. | |||
Non-return valve for automatic closing of the pressure pipe to prevent loss of pressure and consequent pressure surges.
| |||
Stainless steel vacuum relief valve for protecting the discharge pipe line from underpressure. Mounted on the flush connection of the surface coupling. Attention: Can only be mounted together with "Flush connection Storz C"! | |||
Installation/setup (14) | |||
Clamp bolting with female thread for connection to a PE discharge pipe outside the pump chamber. | |||
Clamp connection G1½"/63 mm | 2505045 | ||
Clamp bolting with female thread for connection to a PE discharge pipe outside the pump chamber. | |||
Clamp connection G2"/63 mm | 2505046 | ||
Clamp bolting with female thread for connection to a PE discharge pipe outside the pump chamber. | |||
Clamp connection G2"/75 mm | 2525181 | ||
Clamp bolting with female thread for connection to a PE discharge pipe outside the pump chamber. | |||
Clamp connection 50mm/50 mm | 2525183 | ||
Clamp bolting for connection to a PE discharge pipe outside the pump chamber. | |||
Clamp connection 50mm/63 mm | 2525184 | ||
Clamp bolting for connection to a PE discharge pipe outside the pump chamber. | |||
Clamp connection G1¼"/40 mm | 2543025 | ||
Clamp bolting with female thread for connection to a PE discharge pipe outside the pump chamber. | |||
Clamp connection G1¼"/50 mm | 2543026 | ||
Clamp bolting with female thread for connection to a PE discharge pipe outside the pump chamber. | |||
Clamp bolting with female thread for connection to a PE discharge pipe outside the pump chamber. | |||
Stainless steel operating key extension for easier operation of the gate valve for deep pump chamber depths. | |||
Pump chamber cover of class A15 according to EN 124 made of concrete. Incl. support ring, without ventilation. | |||
Pump chamber cover port 600/800 class B125 | 2543022 | ||
Pump chamber cover of class B125 according to EN 124 made of cast iron. Incl. support ring, without ventilation. | |||
Pump chamber cover of class D400 according to EN 124 for heavy-load traffic made of concrete. Incl. support ring, without ventilation. Note: For the installation, a load plate must be provided by the customer! | |||
Pump chamber extension made of PE. For the extension of the shaft between 200 mm and 500 mm. Note: only one pump chamber extension is possible per pump chamber. | |||
Pump control/accessories (2) | |||
Rechargeable battery to be installed in the switchgears Wilo-control MS-L and EC-L for a mains-independent alarm.
| |||
Additional module for equipping the Wilo-CC/CCe-HVAC switchgear series and the CC/CCe booster system. For selection and communication in GSM wireless telephone networks. The GSM module represents an extension of the CC system for the transfer of status and fault signals of a CC/CCe system via SMS (Short Message Service). Up to 4 recipients can be set up and prioritised who are to receive a fault signal via SMS in the event of a system failure. The settings with respect to the SMS functions can be made directly on the display of the CC/CCe system. Version Insulant housing for switch cabinet installation, fastening by means of the accessory kit supplied (adapter plate). An SIM card and an antenna are required for the operation of the modem which are not included in the scope of delivery. Antennas with various cable lengths of 2.5 m, 10 m and 15 m are available as additional accessories. SIM cards are to be provided on-site (available from various mobile telephone providers). Retroactive installation of the GSM module is possible. The installation must be performed by Wilo Customer Service, as a software update of the CC/CCe system is also required. Scope of delivery
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Alarm signal (9) | |||
Network-independent (accumulator-integrated) alarm system with a potential-free contact (NO contact) shock-proof plug, acoustic alarm signal and attached mini-floater switch with 3 m cable for level measurement (cable can be extended on-site up to a maximum of 100 m. Recommended cable cross-section: 2x0.75 mm2). Attention: Switchgear and signal transmitter are not protected against explosions and may be used only outside potentially explosive areas! | |||
Network-independent (accumulator-integrated) alarm system with integrated shock-proof socket, the connected consumers of which are switched off when the alarm level is reached. Including shock-proof plug, acoustic alarm signal and attached mini-floater switch with 3 m cable for level measurement (cable can be extended on-site up to a maximum of 100 m. Recommended cable cross-section: 2x0.75 mm2). Attention: Switchgear and signal transmitter are not protected against explosions and may be used only outside potentially explosive areas! | |||
Mains-independent alarm switchgear (self-charging power supply unit) for wall fixation with optical and acoustic alarm signal. Inputs:
Outputs:
Scope of delivery:
Attention: Signal transmitter is to be provided on-site. Switchgears are not protected against explosions and may only be used outside potentially explosive atmospheres. Signal transmitters within hazardous areas must be connected through an intrinsically safe electric circuit, e.g. breakdown barrier or ex-rated cut-off relay. | |||
Alarm switchgear for wall fixation with optical and acoustic alarm signal. Inputs:
Outputs:
Scope of delivery:
Attention: Signal transmitter is to be provided on-site. Switchgears are not protected against explosions and may only be used outside potentially explosive atmospheres. Signal transmitters within hazardous areas must be connected through an intrinsically safe electric circuit, e.g. breakdown barrier or ex-rated cut-off relay. | |||
Xenon flash light for indoor and outdoor areas for installing on the switch cabinet. Light colour: Red, flash frequency: 0.75 Hz Notice: The signal lamp can be connected to a potential-free contact (SSM/ESM) on the switchgear. The power supply must be provided by the customer! | |||
Flash light 24 VDC | 2551612 | ||
Xenon flash light for wall fixation for indoor and outdoor areas. Light colour: Red, flash frequency: 0.75 Hz Notice: The signal lamp can be connected to a potential-free contact (SSM/ESM) on the switchgear. The power supply must be provided by the customer! | |||
Xenon flash light for wall fixation for indoor and outdoor areas. Light colour: Red, flash frequency: 0.75 Hz Notice: The signal lamp can be connected to a potential-free contact (SSM/ESM) on the switchgear. The power supply must be provided by the customer! | |||
Horn with bell for wall fixation for indoor and outdoor areas. Alarm signal via electromechanical noise generation with steel diaphragm (92 dBA). Notice: The signal horn can be connected to a potential-free contact (SSM/ESM) on the switchgear. The power supply must be provided by the customer! | |||
Horn with bell for wall fixation for indoor and outdoor areas. Alarm signal via electromechanical noise generation with steel diaphragm (88 dBA). Notice: The signal horn can be connected to a potential-free contact (SSM/ESM) on the switchgear. The power supply must be provided by the customer! | |||
Level control (19) | |||
Dynamic pressure bell for recording the hydrostatic pressure for fluids that contain faeces. The pressure transducer measures the level in the pump chamber through changes in pressure in the fluid. These pressure changes are forwarded to the switchgear through a sealed hose and evaluated by measuring elements. Because the dynamic pressure bell is open in the direction of the fluid (open dynamic pressure system), the dynamic pressure bell must be aerated after each drainage pumping sequence. Accordingly, the switchgear must have an adjustable run-on time (OFF according to time). If aeration of the dynamic pressure bell is not ensured, then the dynamic pressure bell must be aerated either continuously or periodically (OFF according to level) using a compressor (bubbling-through system, can be ordered as an option). Use in potentially explosive areas permitted. | |||
Small compressor for continuous or periodic aeration of the velocity head bell, including non-return valve, 3 m hose and T-connector. | |||
Float switches for level control devices as min./max switches for fluids that are aggressive or contain faeces, floats with the fluid and switches when tilted. Because of its construction and switching point, the float switch can exhibit only a very small hysteresis. This property cannot be changed, not even the length of the cable. In order to use the float switch, a switchgear with adjustable run-on time must be used. Switching: up "ON"/down "OFF" When used in potentially explosive areas an Ex cut-off relay must be provided for the connection! | |||
As a signal transmitter for the system switching, depending on the level of an open container or a cistern. Switching points: up ON / down OFF | |||
Float switch WA65 with 10 m cable | 503211893 | ||
As a signal transmitter for the system switching, depending on the level of an open container or a cistern. Switching points: up ON / down OFF | |||
Float switch WA65 with 20 m cable | 2004431 | ||
As a signal transmitter for the system switching, depending on the level of an open container or a cistern. Switching points: up ON / down OFF | |||
Float switch WA65 with 30 m cable | 2004432 | ||
As a signal transmitter for the system switching, depending on the level of an open container or a cistern. Switching points: up ON / down OFF | |||
Float switch WA KR1 S with 5 m cable | 6082806 | ||
As a signal transmitter for the system switching, depending on the level of an open container or a cistern. Switching points: up ON / down OFF | |||
As a signal transmitter for the system switching, depending on the level of an open container or a cistern. Switching points: up ON / down OFF | |||
Level sensor with ATEX approval for level control in sewage water containing faeces. A level sensor is used here to measure the hydrostatic pressure in the medium and to convert it directly in the pressure transducer into an electrical signal by means of a diaphragm. The signal is transmitted to the switchgear and evaluated accordingly. When used in potentially explosive areas a breakdown barrier must be provided for the connection! | |||
Level sensor 0-10 mWC with 30 m cable | 6088832 | ||
Level sensor with ATEX approval for level control in sewage water containing faeces. A level sensor is used here to measure the hydrostatic pressure in the medium and to convert it directly in the pressure transducer into an electrical signal by means of a diaphragm. The signal is transmitted to the switchgear and evaluated accordingly. When used in potentially explosive areas a breakdown barrier must be provided for the connection! | |||
Level sensor 0-10 mWC with 20 m cable | 6088833 | ||
Level sensor with ATEX approval for level control in sewage water containing faeces. A level sensor is used here to measure the hydrostatic pressure in the medium and to convert it directly in the pressure transducer into an electrical signal by means of a diaphragm. The signal is transmitted to the switchgear and evaluated accordingly. When used in potentially explosive areas a breakdown barrier must be provided for the connection! | |||
Level sensor 0-2.5 mWC with 50 m cable | 6088836 | ||
Level sensor with ATEX approval for level control in sewage water containing faeces. A level sensor is used here to measure the hydrostatic pressure in the medium and to convert it directly in the pressure transducer into an electrical signal by means of a diaphragm. The signal is transmitted to the switchgear and evaluated accordingly. When used in potentially explosive areas a breakdown barrier must be provided for the connection! | |||
Level sensor 0-2.5 mWC with 30 m cable | 6088837 | ||
Level sensor with ATEX approval for level control in sewage water containing faeces. A level sensor is used here to measure the hydrostatic pressure in the medium and to convert it directly in the pressure transducer into an electrical signal by means of a diaphragm. The signal is transmitted to the switchgear and evaluated accordingly. When used in potentially explosive areas a breakdown barrier must be provided for the connection! | |||
Level sensor 0-2.5 mWC, cable length: 20 m | 6088838 | ||
Level sensor with ATEX approval for level control in sewage water containing faeces. A level sensor is used here to measure the hydrostatic pressure in the medium and to convert it directly in the pressure transducer into an electrical signal by means of a diaphragm. The signal is transmitted to the switchgear and evaluated accordingly. When used in potentially explosive areas a breakdown barrier must be provided for the connection! | |||
Level sensor 0-2.5 mWC with 10 m cable | 6088839 | ||
Level sensor with ATEX approval for level control in sewage water containing faeces. A level sensor is used here to measure the hydrostatic pressure in the medium and to convert it directly in the pressure transducer into an electrical signal by means of a diaphragm. The signal is transmitted to the switchgear and evaluated accordingly. When used in potentially explosive areas a breakdown barrier must be provided for the connection! | |||
Level sensor 0-1.0 mWC with 50 m cable | 6088840 | ||
Level sensor with ATEX approval for level control in sewage water containing faeces. A level sensor is used here to measure the hydrostatic pressure in the medium and to convert it directly in the pressure transducer into an electrical signal by means of a diaphragm. The signal is transmitted to the switchgear and evaluated accordingly. When used in potentially explosive areas a breakdown barrier must be provided for the connection! | |||
Level sensor 0-1.0 mWC with 30 m cable | 6088841 | ||
Level sensor with ATEX approval for level control in sewage water containing faeces. A level sensor is used here to measure the hydrostatic pressure in the medium and to convert it directly in the pressure transducer into an electrical signal by means of a diaphragm. The signal is transmitted to the switchgear and evaluated accordingly. When used in potentially explosive areas a breakdown barrier must be provided for the connection! | |||
Level sensor with ATEX approval for level control in sewage water containing faeces. A level sensor is used here to measure the hydrostatic pressure in the medium and to convert it directly in the pressure transducer into an electrical signal by means of a diaphragm. The signal is transmitted to the switchgear and evaluated accordingly. When used in potentially explosive areas a breakdown barrier must be provided for the connection! | |||
Level control/accessories (2) | |||
Cable clamp for fastening a signal transmitter in the pump chamber. The clamp is fixed in the pump chamber with a hook; the cable of the signal transmitter is clamped and fixed via the intrinsic weight of the signal transmitter. | |||
Small compressor for continuous or periodic aeration of the velocity head bell, including non-return valve, 3 m hose and T-connector. | |||
Motor protection (1) | |||
Motor protection plug for connection to motors without thermal motor monitoring and leakage detection.
Technical data:
Attention: Switchgears are not protected against explosions and may be used only outside potentially explosive areas. | |||
With Wilo as your partner, you can not only be sure of choosing high-quality product solutions, but also of benefiting from a comprehensive, worry-free package of well thought-out services. We collaborate to develop a service concept tailored to your individual needs; with our expertise and personal consultancy, we make sure that the operation of your systems is as energy-efficient, reliable and economical as possible. All the while our competent Wilo service technicians are ready to assist you with fast, reliable and on-time support.
Recommended services | |||
 Commissioning | Commissioning Drainage pumps | 2219491 | |
For perfect functioning of the pump(s) / system(s), it is recommended to have the commissioning carried out by the works' own WILO SE Customer Service Department. Optimum setting and efficient operation of the system are ensured as a result. Commissioning is comprised of the following points:
The price for commissioning only applies to system(s) which have been installed in accordance with the installation and operating instructions and state-of-the-art technology. No costs for any materials which may be required are included. | |||
 Wilo-Live Assistant | Wilo-Live Assistant Service | 2216415 | |
The Wilo-Live Assistant is a technical advisor at your side during pump service. By using the Wilo-Live Assistant, our expert advisers can support you in the boiler or equipment room via video transmission – live and in real time. You use your smartphone to show the installation set-up, while the Wilo expert follows everything on their screen. They can see the components as well as other details and can thus determine where the fault or breakdown originates. We prevent downtime and ensure operational reliability of your pumps and systems! The Wilo-Live Assistant includes:
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 Maintenance | Maintenance BASIC Drainage pumps | 2219540 | |
In order to ensure and guarantee operational reliability of the pumps/systems, it is recommended to have regular and DIN-compliant inspections and maintenance carried out by the works' own WILO SE Customer Service Department. The tasks are carried out in accordance with DIN 31051 / DIN EN 13306. The tasks comprise the following points:
Scheduling and organisation is performed by WILO. Other individual maintenance offers are possible on request. | |||
Maintenance COMFORT Drainage pumps | 2219514 | ||
In order to ensure and guarantee operational reliability of the pumps/systems, it is recommended to have regular and DIN-compliant inspections and maintenance carried out by the works' own WILO SE Customer Service Department. The tasks are carried out in accordance with DIN 31051 / DIN EN 13306. The tasks comprise the following points:
Scheduling and organisation is performed by WILO. Other individual maintenance offers are possible on request. | |||
Maintenance PREMIUM Drainage pumps | 2219567 | ||
In order to ensure and guarantee operational reliability of the pumps/systems, it is recommended to have regular and DIN-compliant inspections and maintenance carried out by the works' own WILO SE Customer Service Department. The tasks are carried out in accordance with DIN 31051 / DIN EN 13306. The tasks comprise the following points:
Scheduling and organisation is performed by WILO. Other individual maintenance offers are possible on request. | |||
More suitable services | |||
 Extended Warranty | Extended Warranty Drainage pumps | 2219465 | |
In combination of a new pump or system Wilo offers an extended warranty of up to five years in combination with commissioning and maintenance by the Wilo Service. Extended warranty includes:
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 Supervision | Supervision Drainage pumps | 2219348 | |
Wilo supports during the concept phase to ensure quality work and cost efficiency. Our competent and qualified Wilo Service will support you with recommendations and technical advice throughout the entire project. Supervision includes:
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 Installation | Installation Drainage pumps | 2219383 | |
The Wilo service offers installation of our pumps or pumping systems. We offer an end-to-end process from gathering information on site to installing our product in the overall plant. An optimal installation set-up and the interaction of various individual factors lay the foundation for long-term operational safety. Installation includes:
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 System Optimisation | System Optimisation Drainage pumps | 2219278 | |
The Wilo Service offers proactive system optimisation by optimising settings and doing minor adjustments to ensure operational reliability. System Optimisation includes among others:
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 Energy Solutions | Energy Solutions Drainage pumps | 2219313 | |
Wilo Service offers a proactive support to point out possible energy savings. Our service creates an overview of all installed assets to show how the energy consumption of pumps or systems can be reduced. We offer targeted consultancy and analysis, including the involvement of subsidies as well as comprehensive support around the changeover to high-efficiency technologies. Wilo-Energy solution includes:
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 Repair | Repair Drainage pumps | 2219632 | |
Wilo Service draws on their competence and experience while consulting on site to decide whether the pump can actually be repaired on site or has to be sent in for a factory repair. Wilo also provides spare parts or a replacement pump to restore the operational reliability of the system. Repair includes:
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