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NEWJET 3500 water pump
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New Jet 3500 submersible water pump is widely used for indoor crops in hydro-aero systems.
NEWJET 3500 water pump
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This multi-use water pump can be installed in or out of water. It can be used in fresh water or sea water.
Technical characteristics :
Flow adjustment: Yes
Power: 70W
Length: 140mm
Width: 88mm
Height: 127mm
Outlet diameter: 23 mm
Flow rate: 850 to 3500 l/h
Maximum height: 2.55 m
| Puissance consommée (W) | 70 |
| Compatibilité | eau douce et eau de mer |
| Dimensions (mm) | L 140 x l 88 x H 127 |
| Diamètre de sortie (mm) | 23 |
| Débit max (L/h) | 3500 |
| Hauteur de refoulement max (m) | 2.55 |
| Submersible | Oui |
The NEWJET 3500 pump with a power of 70 W consumes approximately 1.68 kWh if it runs continuously 24/7. With an average EDF rate of 0.18 €/kWh, this represents an electric cost of about 0.30 € per day.
Regarding efficiency, this pump is designed to be economical and quiet, providing good performance in its use. Its flow rate of 3500 liters per hour is maintained with controlled consumption, reflecting a good balance between performance and energy consumption.
The NEWJET 3500 pump is perfectly suitable for a 80x80 cm tank and a compact settling system. It is designed to operate continuously without overheating thanks to its internal protection, ensuring reliable long-term use.
Its flow rate is adjustable between 850 and 3500 liters per hour via an integrated dial, which allows precise adjustment of the water flow according to your system's needs. With a power of 70 watts, it offers an excellent compromise between performance and energy consumption.
Furthermore, its submersible or external use design provides great installation flexibility. In summary, the NEWJET 3500 is robust, efficient, and perfectly suited for compact settling in a small tank.
The NEWJET 3500 water pump consumes approximately 70 W when operating at its maximum flow rate of 3500 l/h. This value is the most frequently referenced and corresponds to real-world use under full load conditions. Some sources indicate a lower consumption, around 55 W, but the power of 70 W remains the best estimate for optimal operation.
In continuous operation at maximum flow rate, this represents an electric consumption of approximately 1.68 kWh per day.
The NEWJET 3500 water pump allows for manual adjustment of its flow rate, varying between 850 and 3500 liters per hour, providing good flexibility according to your needs. However, it does not have an external interface or electronic system to precisely control or automate this flow rate via remote control.
For fine automation and electronic control, one would need to consider adding a compatible variator or a pump specifically designed to be controlled via an automation system or an application.
The NEWJET 3500 pump features a manual flow regulation system via a knob located at the front, allowing flow adjustment between 850 and 3500 L/h.
To automate this adjustment according to the needs of the crop, it is imperative to use an external solution. For example, a servo motor or a motorized valve can be used, controlled by a PLC or a microcontroller (Arduino, Raspberry Pi). These systems then mechanically control the knob or modulate the flow at the pump's output based on data collected from crop sensors.
In summary, the integrated regulation is manual but the pump is compatible with common automation installations in hydroponics.
To adjust the flow rate of the NEWJET 3500 pump and ensure optimal watering without exceeding the maximum pressure height (2.55 meters), it is recommended to use the dial located at the front of the pump. This dial adjusts the flow rate between 850 and 3500 liters per hour, allowing you to precisely tailor the water flow to your needs.
Be sure to assess the consumption of your system and not exceed the maximum pressure height to avoid any risk of overload. Also, ensure good ventilation of the pump to prevent overheating and enjoy reliable and durable operation.
The NEWJET 3500 water pump operates with a power close to 55 W (not 70 W). Its flow rate is adjustable from 850 to 3500 liters per hour, with a maximum head of 2.55 meters.
The flow naturally decreases as the height increases: at 0 meters, it reaches nearly 3500 l/h, while at 2.55 m, it drops to around 850 l/h. The consumption remains stable, so the output in l/h per watt is maximized at low height.
To optimize this output, it is advisable to precisely adjust the flow via the knob according to the actual height needed, without exceeding 2.55 m, and to minimize this height to maintain a high flow without overconsuming.
This curve follows the standard principle of centrifugal pumps, even if an exact numerical curve is not available. In summary, adjusting height and flow allows for maximizing the pump's energy efficiency.
The NEWJET 3500 water pump does not have native compatibility with home automation systems to adjust its flow or monitor electricity consumption in real time. The flow setting is done manually via a knob, between 850 and 3500 L/h.
It is possible to integrate home automation control by adding external modules, but this requires DIY skills as it is not directly planned or supported. Similarly, the pump does not have built-in sensors to monitor its electricity consumption in real time.
For more advanced control, you may consider specific solutions designed for home automation or energy management.
To optimally adjust the flow rate of the NEWJET 3500 water pump, start by using the knob at the front, which allows you to adjust the flow rate between 850 and 3500 liters per hour. Be sure to evaluate your water system's consumption to not exceed the maximum discharge height of 2.55 meters, which ensures stable pressure.
Then adjust the flow rate based on the specific needs of your crop. For instance, an average flow rate is generally preferable in hydroponics to avoid saturating the roots. Monitor the water circulation after adjustment and tweak the knob if necessary to maintain balanced operation without disrupting the existing ecosystem.
Finally, ensure the pump is well-ventilated to avoid overheating, a crucial point to guarantee its longevity and the stability of your system.
The hydraulic efficiency of the NEWJET 3500 pump depends on the discharge height. At its maximum flow rate of 3500 l/h (with a height close to 0 m), its efficiency is about 63.6 liters per hour per watt (l/h/W) with a consumption of 55 W.
However, at the maximum height of 2.55 m, the flow drops to about 850 l/h, which decreases the efficiency to about 15.5 l/h/W, still with a stable power consumption of 55 W.
This variation is normal for a centrifugal pump, where the increase in height reduces the effective flow.
The NEWJET 3500 pump does not have any electronic interface or native protocol for direct integration into an automation system. Its flow regulation, ranging from 850 to 3500 L/h, is carried out only via a manual rotary knob.
To integrate it into an automated installation, it is therefore necessary to use an external mechanical control, such as a servo motor or an actuator controlled by a PLC (Programmable Logic Controller) or microcontroller (Arduino, Raspberry Pi), capable of manually moving the potentiometer. This approach allows adjusting the flow rate according to the needs detected by your sensors.
In summary: no native electronic control, but possible adaptation via a mechanical system controlled by your automation setup to automate flow management.
In terms of electricity consumption, the power remains stable around 70 W regardless of the set flow rate, as the pump does not seem to have a speed controller. Thus, in continuous operation 24/7 and 365 days a year, the annual consumption is approximately 613 kWh.
In summary, adjust the flow rate between 850 and 3500 l/h according to the discharge height for efficient operation, while accounting for a stable annual electricity consumption of around 613 kWh.
The NEWJET 3500 water pump is perfectly designed for intensive use, particularly in seawater. Its motor with internal thermal protection prevents overheating and allows for reliable continuous operation over the long term. It offers an adjustable flow rate from 850 to 3500 L/h with a discharge head of up to 2.55 m, without notable loss of performance if conditions are respected.
Made from corrosion-resistant materials and featuring an IP68 sealing, it is ideal for corrosive environments like marine aquariums or saltwater-based hydroponic systems. Its controlled energy consumption and automatic restart enhance its durability, while maintenance remains minimal.
In summary, the NEWJET 3500 does maintain its specifications well in intensive and seawater use, ensuring stable flow and excellent lasting reliability.
The NEWJET 3500 water pump is perfectly designed for continuous use thanks to its thermal protection with automatic restart, ensuring safety in case of overheating. Its manually adjustable flow rate between 850 and 3500 liters/hour allows for stable intensive irrigation.
However, it does not have integrated electronic control for direct automation. To manage the flow automatically in an irrigation system, it is necessary to add an external device (such as a motorized valve) to modulate the pump according to your needs.
This robustness and adaptability make it an excellent choice, provided you plan for this addition for complete automation.
The NEWJET 3500 water pump consumes approximately 70 watts during continuous operation at its maximum flow rate of 3500 liters per hour. This corresponds to a consumption of about 1.68 kWh per day (24/7 operation).
This estimate is based on the maximum rated power; consumption may vary slightly if you adjust the flow via the built-in dial.
The NEWJET 3500 water pump offers precise manual flow adjustment through a knob, allowing you to adjust the flow between 850 and 3500 L/h according to needs.
For optimal feeding, it is recommended to:
These tips ensure effective and stable feeding, tailored to each stage of your indoor cultivation.
At a maximum height of 2.5 meters, the actual flow will be reduced, but the consumption remains stable at 70 W, as the motor operates at constant power.
