|
| Unimat Alpha is a simple one pump pressurisation unit designed for use on closed circuit heating
and cooling systems. The unit features an 18 ltr storage tank with type AB Airgap and 1/2”
ball/float valve, and a powerful bronze peripheral impeller pump capable of flows to 38 ltr.min and
heads to 41m (4bar). The unit is complete with a powder-coated mild steel base-plate, pressure switch, pressure gauges (pump and system), pressure reducing valve, 5 ltr accumulator,
non-return valve and fused spur. The units are fully wired and tested. |
Technical Data |
| Pump: |
BCTM61 Bronze Peripheral Impeller Pump. |
| Motor: |
TEFV, IP54, Class F, 230/1/50 IEC60335-2-41, 0.33kW. Built-in thermal
protection and capacitor. Continuously rated. |
| Base: |
Mild steel ~ Powder coated. |
| Pressure Switch: |
0-6bar differential switch. |
| Pressure Gauge: |
0-6bar (pump outlet). |
| PRV: |
Brass 1/2” with 0-6 bar gauge (system pressure). |
| Vessel: |
Mild steel, stainless flange, butyl bladder. |
| Fittings: |
All brass. |
| Tank: |
Plastic 18 ltr Nominal. |
| Ball/Float V/V: |
1/2” brass valve BS Part II with 4” plastic float. |
| Max. Flow: |
38 ltr/min. |
| Max Pressure: |
4.0 bar. |
|
General Data |
| Weight: |
15Kg Net |
| Dimensions: |
540w x 500d x 430h |
| Air Gap: |
Non-Domestic, Type AB Airgap |
| Electrical: |
Fused Spur (5A), 230V 1ph 50hz.
Pump Motor P2 = 0.33kW, 2.5A |
| Water In/Out: |
1/2” BSPm/1/2” BSPf. |
|
Accessories |
HI-LO Pressure Switch Assembly |
 |
HI-LO pressure switch assembly comprising of two MIDI 0-6bar
differential switches mounded on common 15mm manifold with
in-line 15mm compression connectors. (Supplied Loose). |
|
System Accumulators |
 |
Steel free standing vertical accumulators with butyl bladders and
stainless steel flanges.
(Supplied Loose).
Avaliable in Capacity (ltr) of
60,
80,
100,
200,
300,
500 |
|
Commissioning Valve Kit |
 |
Commissioning Valve Kit - Consists of 15mm brass compression
gate valve and 15mm x 1/2” brass straight connector for
connection to PRV discharge. (Supplied Loose). |
|