HPA 400 G2
HPA 400 G2 is a battery-powered press tool from Novopress that works backless on copper and aluminum cable lugs. Cable lugs and splice sleeves are pressed with the same jaws from 16-400 mm² Cu & 50-400 mm² Al.
HPA 400 G2 works like other Novopress equipment with V-crimp, it is a crimp that works on most types of cable lugs / splice sleeves. The pressing tool presses until the correct back pressure is reached, which means that Novopress with its V-crimp has an automatic over-crimping function that presses a little extra in cases where the cable's physical area no longer measures (usually today because the area is now determined by conductivity and not by physical area).
Characteristics:
- Weight 5.7kg excluding battery
- Length 453mm excluding battery
- 120 presses per charge (with 1.5 Ah battery)
- Compressive force 110kN
- Rotatable press head enables work even where space is limited
- The return of the piston is controlled manually and does not have to return to its end position, this means shorter pressing times
- No set-up times for hill reversals and no expensive investment costs for press jaws in different areas. Less to carry and less to lose
- Li-Ion battery with indicator
- LED lighting that facilitates work in less illuminated environments
HPA 400 G2 complies with standard IEC 61238-1 and SEN 24 50 10/12.
As a complement, the HPA 400 G2 can be equipped with preformed jaws, C-sleeve jaws, hexagonal jaws and a cutting knife. HPA 400 G "uses the same accessories as Novopress' previous bestseller HPM 400 / HPH 400 and earlier version of HPA 400.
The tool is delivered in a bag with 2Li-Ion batteries, 1 battery charger and a test rod for calibration.
With locking device (for mechanical tools): No
Inserts exchangeable: Yes
With automatic return: No
Suitable for: Cable lugs and connectors
Construction/operation: Accumulator-hydraulic
For component: Non-insulated Cu tube and sheet terminals, C-clamps
Compression shape: Hexagon, Arbour clamping, Round compression
Number of included inserts: 1
Cycle time: 5 s
Compression force: 120 kN