Substations, DSP1 MAXI, Heating controller name: ECL 310

861L0893

DSP1 MAXI-PD-02 HT S035

Characteristic	Value
Allowed temperature [˚C] [Min]	2 °C
Application type	Indirect Heating
Approval	CE
Cable insulation material	PU Hard Foam
Category name	Indirect heating substations
CE evaluated	Yes
China RoHS compliance	Out of scope
Connection direction primary	Right or left
Connection direction secondary	Top
Contains batteries	No
Cover option	No
Delta P primary without heat meter [bar] [Min]	0.54 bar
Delta P secondary [bar] [Max]	0.21 bar
Depth with cover [mm]	750 mm
Depth without cover [mm]	750 mm
Description	DSP1 MAXI-PD-02 HT S035
DG Indicator Profile	Not relevant for dangerous goods
DH connection size	42,4 mm
DH connection type	welded
DH pipe size	DN32
Differential pressure primary [bar] [Max]	16 bar
Flow primary [m3/h] [Max]	3.50 m³/h
Flow secondary [m3/h] [Max]	6.20 m³/h
HE connection size	DN32
HE connection type	flange
HE pipe size	DN32
Heating control type	Electronic
Heating controller name	ECL 310

Characteristic	Value
Heating HEX type	XB12M-1-110
Height with cover [mm]	1670 mm
Height without cover [mm]	1670 mm
HEX heating alloy	1.4404
HEX heating brazed/gasketed material	Brazed copper
Manufacturer's name	Danfoss
Material Description	DSP1 MAXI-PD-02 HT S035
Number of floor heating manifold connections	1
Number of heating manifold connections [loops] [Max]	1
Package depth [mm]	800 mm
Package height [mm]	1900 mm
Package width [mm]	1200 mm
PED category	I
Pressure nominal primary [bar]	25 bar
Pressure nominal secondary [bar]	6 bar
Pressure primary [bar] [Max]	25 bar
Pressure secondary [bar] [Max]	3 bar
Product group	Substations
Product line	Heavy Duty Stations
Product Type	DSP1 MAXI
REACH Candidate List substances	Lead (CAS no. 7439-92-1)
Sensor type heatmeter	pocket 6mm
Substation version	PD-02 HT S035
Supply temperature construction [˚C]	140 °C
Supply voltage [V] AC	230 V
UL mark	No
Width with cover [mm]	1150 mm
Width without cover [mm]	1150 mm

Characteristic	Value
EAN/UPC	5715162746080
Proposition 65	Cancer and Reproductive Harm