Photograph: Jabsco.

Pumps & Plumbing

Jabsco Par-Max HD6 Water Pressure Pump

Model: Jabsco Par-Max HD6

Jabsco's Par-Max HD6 is a self-priming, five-chamber diaphragm pump for freshwater pressure systems, with an integrated pressure switch and an internal bypass that reduces cycling.

Brand
Jabsco
Open flow
6 GPM (22.7 l/min)
Duty
Intermittent
Water temperature
0–60 °C

Product overview

Jabsco's Par-Max HD6 is a self-priming, five-chamber diaphragm pump for freshwater pressure systems, with an integrated pressure switch and an internal bypass that reduces cycling. Jabsco rates it at 6 GPM (22.7 l/min) open flow, in 12 V DC and 24 V DC versions with a 40 psi (2.8 bar) or 60 psi (4.1 bar) cut-off. It replaces the discontinued PAR-Max Plus 82600 series.

Part of Pumps & Plumbing: Rule bilge pumps and float switches; Jabsco water pressure and washdown pumps and a manual marine toilet.

Key specifications

Model
Jabsco Par-Max HD6
Brand
Jabsco
Models
P601J-218S-3A (12 V DC, 60 psi); P602J-218S-3A (24 V DC, 60 psi); P601J-215S-3A (12 V DC, 40 psi); P602J-215S-3A (24 V DC, 40 psi)
Replaces
PAR-Max Plus 82600-0092, -0094, -0292 and -0294 respectively
Open flow
6 GPM (22.7 l/min)
Cut-off pressure
60 psi (4.1 bar) on -218S models; 40 psi (2.8 bar) on -215S models
Maximum current
12 V: 18 A (60 psi), 15 A (40 psi). 24 V: 8 A (60 psi), 7 A (40 psi)
Fuse
25 A (12 V); 15 A (24 V); not included
Voltage range
12 V: 9–13.6 V DC. 24 V: 18–27.2 V DC
Ports
Quick-connect, with 2 × 3/4 in (19 mm) straight hose barbs
Strainer
90° quick-connect, 40 mesh, supplied
Self-priming
Up to 2.1 m (7 ft) dry; runs dry without damage
Duty
Intermittent
Water temperature
0–60 °C
Ingress protection
IPX6
Construction
Five-chamber diaphragm; sealed thermally protected permanent-magnet motor; Santoprene diaphragm, EPDM valves
Size
259 × 130 × 119 mm (L × W × H)
Weight
3.2 kg (7 lb)

Figures as published by Jabsco (the maker’s page), checked 7 October 2026. Say the model and voltage you need with your quote.

Downloads

  • MM Techno Plast catalogue 2026PDF, 7.9 MB, after a short formDownload