11 - TECHNICAL SPECIFICATIONS
Filter fouling is measured by a pressure sensor located in the electrics box.
It is set to 1.5 times the value for the filter when clean (pressure ports upstream and downstream of the filter).
11.1.5 - Standard control elements:
(Factory cables)
- An intake temperature sensor.
- A differential pressure sensor: attached to the electrics box, this allows the difference in pressure upstream and downstream of
the filter to be measured, so as to determine whether the filter is fouled.
- A water leak sensor: this is found at the end of a wound cable located at the bottom of the unit so that it is long enough to extend
downwards into a raised floor, if required, and to be positioned in the area to be monitored. It can be added on request.
It can be added on request.
11.2 - Optional Components
11.2.1 - Heating coil
Moderately tighten the "coil supply" connections to avoid damaging the manifolds.
The coil is adjusted by a two-way or four-way valve equipped with a 0-10V servomotor (mounted and connected).
Coil specifications:
Coil (1 row)
Air flow (m3/h)
Heating capacity (kW)*
Heating capacity (kW)**
* Conditions: return air 17 °C - 50 %, water temperature 80/60 °C
** Conditions: return air 17 °C - 50 %, water temperature 45/40 °C
Heating coil pressure drop*:
Nominal water flow (m³/h)
KV valve
∆P Valve only (mWC)
∆P (Pa) Valve + Coil (mWC)
Nominal flow rate: water ∆T: 20 °C
KV
∆P max.¹ Four-way valve
∆P max.² Two-way valve
W40
Number of coils
1
Capacity (l)
3,82
W40
Nominal Maximum Nominal Maximum Nominal Maximum Nominal Maximum Nominal Maximum
10 000
13 300
13 300
36
40
44
18
21
23
W40
0,9
4
0,6
1,5
W40
4
240
400
HOT WATER
W53
1
4,92
HEATING COIL
W53
W78
13 300
18 800
20 500
44
63
66
23
33
34
HOT WATER
W53
1,1
4
0,8
1,8
W53
4
240
400
W78
W100
1
6,29
6,29
W100
W115
24 500
27 000
27 000
71
73
-
37
38
-
W78
W100
1,68
1,9
4
1,8
2,3
3
3,8
W78
W100
4
4
240
240
400
400
1
27 500
-
-
4
51