Product data
Description | SP-1500-115 |
|---|---|
Current supply | 110 V (Monophase) |
Frequency | 60 Hz |
Power | 1.8 kW |
Rated current | 18 A |
Starting power | 4.5 x 18A |
cos φ | 0,94 |
Flow 1st pressure* | 2,73 (l.p.m) |
Flow 2nd pressure** | 0,27 (l.p.m) |
Turning speed | 3420 rpm |
Oil Tank capacity | 4,7 litres |
Available volume | 1,7 litres |
Empty weight | 39.5 kg |
Max Pressure | 1.500 bar |
Noise level | 85 dB |
IP rating | IP54 |
Use temperature range | -200- 550 (See note) |
*Oil flow below 1/10 of the set pressure.
**Oil flow above 1/10 of the set pressure.
Height | 400 mm |
Width | 280 mm |
Length | 570 mm |
Very low TRA Ambient (<-15˚C) | - |
Low TRA Ambient (-15˚C<T<0˚C) | Maximizer 15 |
Normal TRA Ambient (0˚C<T<25˚C) | Maximizer 32 |
High TRA Ambient (25˚C<T<50˚C) | Maximizer 68 |
The hydraulic pump has a submerged electrical motor, so the hydraulic oil achieves the optimal operating temperature about 10 to 15 minutes after the motor starts working. It is always recommended to start the hydraulic pump and leave it working without pressure for 10 to 15 minutes to improve its performance.
It is necessary to use special hydraulic oil to facilitate cold start. See also Hydraulic fluids, when working at temperatures lower than -20ºC (down to -30ºC).
The display of the logic module is not able to show any text when it is working at very low temperatures, but both the logic module and the hydraulic pump continue operating as usual. The movement of the pressure gauge needle can be slower due to the higher viscosity of fluid.
