Condensate pumps

Electric pumps

Connections and weights

Model

Connections

Motor

Vessel inlet

Discharge

Vent

Overflow

outlet

Dry

Weight (kg)

Wet

SPM202-1 0.55 DN40 BSP DN25 BSP DN50 BSP DN40 BSP 54 184

SPM203-1 0.55 DN40 BSP DN25 BSP DN50 BSP DN40 BSP 54 184

150

150

6

6

4

488

438

2

1

3

50

500

1 000

440

50

Nozzle Schedule (BSP)

Sizing and selection

7

5

170

5

1. Condensate inlet 11⁄2" BSP

2. Open vent 2" BSP

3. Over flow 11⁄2" BSP

4. Pump discharge

5. Vessel downpipe 35 mm

6. Level probe x 1" BSP (Bush to 1⁄2")

7. Tank drain 1⁄2" BSP (c/w plug)

Ø475

338 388

Information required for sizing and selection:

1. Average rate at which condensate returns to the receiver in kg/h.

2. Total pumping delivery head, including lift and friction loss in pipe and fittings.

Sizing and selection

For correct selection plot the condensate return rate to be handled against the total head required (static + friction) and select the appropriate

unit. If selection is borderline then select the next largest unit.

Selection example: The condensate return rate is known to be

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1200 kg/h and the total head required is 25 m. Draw a horizontal

line from the known 25 m head required until it crosses the vertical

line which represents the known 1200kg/h condensate which

needs to be handled. For this example the selection would be an

SPM203-1 condensate recovery unit.

Typical specification

The condensate recovery unit shall be a Spirax Sarco compact SPM

condensate recovery unit type SPM203-1 designed and built to

handle 1200kg/h of condensate against a required head of 25 m.

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How to order

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Example: 1 off SPM203-1 condensate recovery unit.

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Condensate to be handled at 98°C kg/h

SPM Stainless Steel Condensate Recovery Units

TI-P089-38 ST Issue 2

6.2.18

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