Dimplex SI 11ME manual Device Information, English, 1Type and order code 2Design, Performance data

12

12 Device Information

English

1Type and order code

2Design

2.1Degree of protection according to EN 60 529

2.2Installation Location

3 Performance data

3.1Operating temperature limits:

Heating water flow	°C
Brine (heat source)	°C
Antifreeze

Minimum brine concentration (-13 °C freezing temperature)

3.2Temperature spread of heating water (flow/return flow)

		at B0	/ W35	K
3.3	Heat output / COP	at B-5 / W55 1		kW / ---
		at B0	/ W45 1	kW / ---
		at B0	/ W50 1	kW / ---
		at B0	/ W35 1	kW / ---
3.4	Sound power level			dB(A)

3.5Heating water flow with an internal pressure differential of m³/h / Pa

3.6Brine throughput with an internal pressure

	differential (heat source) of		m³/h / Pa
3.7	Refrigerant; total filling weight		type / kg
4	Dimensions, connections and weight
4.1	Device dimensions without connections 2		H x W x L mm
4.2	Device connections to heating system		Inch
4.3	Device connections to heat source		Inch
4.4	Weight of the transportable unit(s) incl. packing		kg
5	Electrical Connection
5.1	Nominal voltage; fuse protection		V / A
5.2	Nominal power consumption 1	B0 W35	kW
5.3	Starting current with soft starter		A
5.4	Nominal current B0 W35 / cos ϕ		A / ---

6Complies with the European safety regulations

7Additional model features

7.1Water in device protected against freezing 4

7.2Performance levels

7.3Controller internal/external

SI 5ME			SI 7ME			SI 9ME			SI 11ME				SI 14ME
IP 20			IP 20			IP 20			IP 20				IP 20
Indoors			Indoors			Indoors			Indoors				Indoors
Up to 58			Up to 58			Up to 58			Up to 58				Up to 58
-5 to +25			-5 to +25			-5 to +25			-5 to +25				-5 to +25
Mono-ethyl-			Mono-ethyl-			Mono-ethyl-			Mono-ethyl-				Mono-ethyl-
ene glycol			ene glycol			ene glycol			ene glycol				ene glycol
25%			25%			25%			25%				25%
9.6			9.1		5.0	10.5		5.0	9.5			5.0	9.6			5.0
		5.0
4.0 /			5.4 /			7.6 /			9.4 /				12.3	/
2.0			2.1			2.1			2.0				2.1
		4.6 /			5.7 /			8.5 /				10.0 /				14.7 /
		2.7			2.7			2.8				2.9				2.9
4.8 /			6.2 /			8.8 /			10.5	/			14.2	/
2.7			2.7			2.7			2.6				2.8
5.0 /		4.9 /	6.5 /		6.3 /	9.3 /		8.9 /	11.0	/		10.8 /	15.0	/		14.8 /
4.0		3.8	3.9		3.7	4.0		3.8	4.0			3.9	4.1			3.9
54			55			56				56				56
0.45 /			0.6 /		1.1 /	0.75 /		1.5 /	1.0 /			1.9 /	1.3 /			2.6 /
		0.85 /
1900		6500	3300		10000	2300		9200	4100			15000	4800			19200
1.2 /		1.2 /	1.7 /		1.7 /	2.3 /		2.0 /	3.0 /			2.5 /	3.5 /			3.5 /
16000		16000	29500		29500	25000		20000	24000			18000	20000			20000
R407C / 1.2			R407C / 1.4			R407C / 1.7			R407C / 1.9				R407C / 2.2
805 ⋅ 650 ⋅			805 ⋅ 650 ⋅			805 ⋅ 650 ⋅			805 ⋅ 650 ⋅				805 ⋅ 650 ⋅
462			462			462				462				462
G 1¼" exter-			G 1¼" exter-			G 1¼" exter-			G 1¼" exter-				G 1¼" exter-
nal			nal			nal				nal				nal
G 1¼" exter-			G 1¼" exter-			G 1¼" exter-			G 1¼" exter-				G 1¼" exter-
nal			nal			nal				nal				nal
109			111			118				122				130
230 / 16			230 / 16			230 / 20			230 / 25				230 / 32
1.26			1.68		1.70	2.30		2.35	2.75			2.77	3.70			3.76
		1.30
24			26			38				38				50
6.8 /			9.1 /		9.3 /	12.6 /		12.9 /	15.0	/		15.3 /	19.7	/		20.0 /
		7.1 /
0.8		0.8	0.8		0.8	0.8		0.8	0.8			0.8	0.8			0.8
	3			3			3				3				3
No			No			No				No				No
	1			1			1				1				1
Internal			Internal			Internal			Internal				Internal

1.This data indicates the size and capacity of the system. For an analysis of the economic and energy efficiency of the system, both the bivalence point and the regulation should also be taken into consideration. The specified values, e.g. B10 / W55, have the following meaning: Heat source temperature 10 °C and heating water flow temperature 55 °C.

2.Note that additional space is required for pipe connections, operation and maintenance.

3.See CE declaration of conformity

4.The heat circulating pump and the heat pump controller must always be ready for operation.

E-8