Magnetic Drive Pump

Performance

Parameter	Value
Flow rate	minimum 0.006 m³/h, maximum 1000 m³/h
Head	up to 500 m
Temperature	-100°C to 450°C, no cooling water required
Power	up to 400 kW
System pressure	up to 350 bar

Pump Types

• Single- and multi-stage magnetic drive centrifugal pumps
• Magnetic drive sliding-vane pumps
• Magnetic drive regenerative-turbine (vortex) pumps
• Canned magnetic drive pumps

Depending on process conditions, all the above types can be supplied in a range of metallic and non-metallic materials and in various configurations such as horizontal, vertical, submerged or self-priming, high-temperature, low-temperature and high-pressure designs.

Sundyne — HMD

HMD developed the first permanent-magnet synchronous drive pump and pioneered the torque-ring high-temperature magnetic drive pump. It was the first to promote API-standard magnetic drive pumps, establishing an entirely new concept of leak-free pump design.

Sundyne — CASTER

The product range extends from miniature plastic pumps to large multi-stage magnetic drive pumps to API 685 standard.

1. Pumps in a variety of metallic and non-metallic materials.
2. Magnetic drive regenerative-turbine pumps for low flow and high head.
3. Magnetic drive sliding-vane pumps for high-viscosity transfer.
4. Vertical submerged or self-priming pumps with low NPSH.

Sundyne — ANSIMAG

ANSIMAG pumps use a ductile-iron casing lined with DuPont fluoropolymer and high-performance polymer, with an integral impeller design carrying a silicon-carbide shaft. The sealing containment shell is made of fluoropolymer and carbon-fiber composite reinforced material, with a burst pressure six times the pump body's design pressure and no eddy-current loss.

1. Simple, practical overall design.
2. All wetted parts are made of non-metallic materials.

HMD Pump Series

GS Series

Flow: ~720 m³/h · Head: ~200 m

The GS is a versatile general-purpose process pump series suited to a wide range of operating conditions and applications, designed for maximum parts interchangeability with the fewest pump models. It includes the GSA (ANSI-standard pump) and GSI (ISO-standard pump). Temperature range -40 to +260°C; the low-temperature GSL can be selected for -100°C duties. Materials include 316, Alloy 20 and Hastelloy.

SP Series

Flow: ~55 m³/h · Head: ~46 m

Self-priming type, designed primarily for tank/tanker unloading. By venting gas entering through the inlet line, it ensures rapid self-priming operation. Temperature range -40 to +120°C; materials include 316, Alloy 20 and Hastelloy.

CS Series

Flow: ~300 m³/h · Head: ~150 m

High-temperature magnetic drive pump, especially suited to transferring hot oil and other high-temperature heat-transfer media. Its advanced torque-ring design overcomes the difficulties of conventional mechanical seals in high-temperature applications, reaching up to 450°C with no cooling water required. Materials include cast steel and 316.

HP Series

Flow: ~100 m³/h · Head: ~70 m

High-pressure pump for high system-pressure applications, with system pressures up to 350 bar. Available with a compact motor-flange connection or a separately mounted configuration. Temperature range -40 to +120°C; materials include 316, Alloy 20 and Hastelloy.

GSP Series

Flow: ~720 m³/h · Head: ~200 m

The GSP petrochemical pump is based on the GS series and designed to API 610/685 standards for refining and petrochemical heavy-duty service. Operating temperature range -100°C to +350°C, system pressure up to 350 bar. Materials include cast steel, 316, Alloy 20 and Hastelloy.

MAGMAX Series

Flow: ~100 m³/h · Head: ~98 m

MAGMAX is a newly developed advanced product from HMD representing the future direction of leak-free pumps, also known as a canned magnetic drive pump. It combines the advantages of magnetic drive pumps and canned pumps: simple construction with easy on-site maintenance, a secondary containment layer to prevent leakage, true 3000 rpm synchronous-speed high efficiency, and long-life, safe, reliable silicon-carbide bearings. Temperature range -40 to +120°C; materials include 316, Alloy 20 and Hastelloy.

All of the above pumps are centrifugal.

CASTER Pump Series

MCA — API 685 Centrifugal Pump

Parameter	Value
Flow	~400 m³/h
Head	~200 m
Temperature	-100 to 350°C
Pressure	~50 bar
Materials	AISI 316 or 316L; cast steel; Alloy 20; Monel 400; Hastelloy B or Hastelloy C-276

MCP — ISO 2858 & ANSI B73.1 Centrifugal Pump

Parameter	Value
Flow	~200 m³/h
Head	~100 m
Temperature	130°C
Pressure	25 bar
Materials	PP / PVDF / ETFE

MCV — Vertical Centrifugal Pump

Parameter	Value
Flow	~100 m³/h
Head	~40 m
Temperature	-50 to 110°C
Pressure	10 bar
Materials	PP / PVDF

MCH — Centrifugal Pump

Parameter	Value
Flow	~100 m³/h
Head	~40 m
Temperature	-50 to 110°C
Pressure	10 bar
Materials	PP / PVDF

For transferring toxic, flammable/explosive, high-temperature, corrosive media and valuable liquids.

CASTER Pump Series (continued)

MTA — Regenerative-Turbine Pump

Parameter	Value
Flow	~9 m³/h
Head	~150 m
Temperature	-100 to 350°C
Pressure	~25 bar
Materials	AISI 316 or 316L; Alloy 20; Hastelloy B or Hastelloy C-276

MP — Sliding-Vane Pump

Parameter	Value
Flow	~35 L/min
Head	~5 bar
Temperature	-40 to 40°C
Pressure	8 bar
Materials	PP / PVDF

MPA — Sliding-Vane Pump

Parameter	Value
Flow	~35 L/min
Head	~13 bar
Temperature	-70 to 250°C
Pressure	~25 bar
Materials	AISI 316 or 316L; Alloy 20; Hastelloy B or Hastelloy C-276

MT — Regenerative-Turbine Pump

Parameter	Value
Flow	~10 m³/h
Head	~50 m
Temperature	-50 to 110°C
Pressure	8 bar
Materials	PP / PVDF

MCAV — Vertical Centrifugal Pump

Parameter	Value
Flow	~300 m³/h
Head	~150 m
Temperature	-100 to 350°C
Pressure	~25 bar
Materials	AISI 316 or 316L; cast steel; Alloy 20; Monel 400; Hastelloy B or Hastelloy C-276

MT-SP — Self-Priming Regenerative-Turbine Pump

Parameter	Value
Flow	~10 m³/h
Head	~50 m
Temperature	-50 to 110°C
Pressure	8 bar
Materials	PP / PVDF

ANSIMAG Pump Series

Designed to ANSI B73.1 dimensional standards. Impeller can be trimmed up to 7-1/2 inches (190.5 mm).

KF Series — Horizontal

Size	Model
3×2×8	KF328
4×3×8	KF438
2×1×10	KF2110
3×1-1/2×10	KF31510
3×2×10	KF3210
4×3×10	KF4310
6×4×10	KF6410

Parameter	Value
Flow	~280 m³/h
Head	~110 m
Temperature range	-29°C to 121°C
Design pressure	350 psi (24 bar)
Casing material	ductile iron with ETFE (ethylene-tetrafluoroethylene copolymer) lining (ANSI-standard flanges #150/300)
Impeller material	carbon-fiber-filled ETFE (closed)
Bearing material	silicon carbide

KV Series — Vertical In-Line

Size	Model
2×1-1/2×6	KV2156
3×2×6	KV326
2×1-1/2×8	KV2158

Parameter	Value
Standard	Designed to ANSI B73.1 dimensional standards
Flow	~70 m³/h
Head	~100 m
Temperature range	-29°C to 121°C
Design pressure	150 psi (10.34 bar)
Casing material	ductile iron with ETFE lining (ANSI-standard flanges #150/300)
Impeller material	carbon-fiber-filled ETFE (closed)
Bearing material	silicon carbide

K Series — Horizontal

Size	Model
1-1/2×1×6	K1516
3×1-1/2×6	K3156
3×2×6	K326
4×3×6	K436
1-1/2×1×8	K1518
3×1-1/2×8	K3158

Parameter	Value
Flow	~159 m³/h
Head	~92 m
Temperature range	-68°C to 121°C
Design pressure	150 psi (10.34 bar)
Casing material	ductile iron with ETFE lining (ANSI-standard flange #150)
Impeller material	carbon-fiber-filled ETFE (closed)
Shaft/bearing material	silicon carbide or carbon graphite

KP Series — Self-Priming

Size	Model
3×2×6	KP326

Parameter	Value
Flow	~80 m³/h
Head	~37 m
Temperature range	-29°C to 121°C
Design pressure	150 psi (10.34 bar)
Casing material	ductile iron with ETFE lining (ANSI-standard flange #150)
Impeller material	carbon-fiber-filled ETFE (closed)
Shaft/bearing material	carbon graphite (silicon carbide also available)
Maximum suction lift	20 ft (6.1 m)

All of the above pumps are centrifugal.

Teflon/PFA is a registered trademark of DuPont (USA).