Calpeda MXHL 403-60/C DRW 90.428 V.230/460/60 DOUBLE SEALED BEARINGS FULL SS316
by Calpeda
SKU MXHL30 10H36D
Save 25%
Original price
$3,006.00
Original price
$3,006.00
-
Original price
$3,006.00
Original price
$3,006.00
Current price
$2,254.00
$2,254.00
-
$2,254.00
Current price
$2,254.00
Features
- Horizontal multi-stage close coupled pumps in chrome-nickel stainless steel.
- Compact and robust construction, without protruding flange and with single-piece lantern bracket and base.
- Single-piece barrel casing, with front suction port above pump axis and radial delivery at top.
- Filling and draining plugs on the middle of the pump, accessible from any side (like terminal box).
- Connections: threaded ports ISO 228/1
Calpeda MXHL series Multi-stage Pumps Applications:
- Marine water pumps applications (AC and freshwater)
- For water supply.
- For clean liquids, without abrasives, which are non-aggressive for stainless steel (with suitable seal material, on request).
- Universal pump, for domestic use, civil and industrial applications, garden use, and irrigation.
Calpeda MXHL series Multi-stage Pumps Operating Conditions:
- Liquid temperature: 5 F to 230 F
- Ambient temperature up to 104 C.
- Maximum permissible in the pump casing: 116 psi.
- Continuous duty.
Calpeda MXHL series Multi-stage Pumps Motor Specifications:
- 2-pole induction motor, 60 Hz (n = 3450 rpm).
- Three-phase 230/460 V
- Insulation class F.
- Protection IP 54.
Calpeda MXHL series Multi-stage Pumps Components and Materials:
- Pump casing: Chrome-nickel steel AISI 316
- Stage casing: Chrome-nickel steel AISI 316
- Wear ring: VITON
- Impeller: Chrome-nickel steel AISI 316
- Casing cover: Chrome-nickel steel AISI 316
- Spacer sleeve: Chrome-nickel steel AISI 316
- Pump Shaft: Chrome-nickel steel AISI 316
- Plug: Chrome-nickel steel AISI 316
- Mechanical seal accord: Ceramic alumina, carbon, VITON
Calpeda MXHL series Multi-stage Pumps Special Feature Available on Request
- Other voltages.
- Protection IP 55.
- Special mechanical seal.
- Seal rings in FPM.
- Higher or lower liquid or ambient temperatures.
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