Scheme:

The first letter of the ID describes the genera type of the name:

S stands for signal
A stands for actuator
C stands for component

For more information about the naming concept of the ID, the this wiki page: Naming Concept

Nr.	ID	Name	Signals	Comment
1	S_TM-EG	Temperature Exhaust Gas	PT100	internal measurement
2	S_TM-CP	Temperature CHP	PT100	internal measurement
3	C_BV-HC_VL_1	Ball Valve Heating Circuit
4	S_TM-HC_VL	Temperature Heating Circuit
5	A_PU-HC_set	Pump Heating Circuit - setpoint		Controlled by CHP - internal measurement
6	S_FW-HC	Flow Water Heating Circuit	4-20mA & Counter	NeoTower 2.0: 20 mA = 5 l/min NeoTower 5.0: 20 mA = 10 l/min
7	C_BV-HC_VL_2	Ball Valve Heating Circuit
7a	C_BV-HC_contr	Controlable Ball Valve Heating Circuit	DO	Controllable ball valve, can be switched off, when CHP is off in order to prevent unplanned flow through CHP (e.g. from heating circuit)
8	S_EP	El Active Power		Meassured within the electric system
9	S_FG	Flow Gas	Counter
10	S_TM-FG	Temperature Fuel Gas	PT100
11	C_BV-HC_RL_1	Ball Valve Heating Circuit
12	S_TM-HC_RL	Temperature Heating Circuit	PT100
13	C_BV-FD	Ball Valve Fill / Draining
14	C_EV-HC	Expansion Vessel Heating Circuit		NeoTower 2.0: integrated within the CHP
15	C_PR-HC	Presser Release Valve Heating Circuit
16	C_BV-HC_RL_2	Ball Valve Heating Circuit
17	S_TM-ENG_OUT	Temperature Engine Outlet		internal measurement
18	S_TM-ENG_IN	Temperature Engine Inlet		internal measurement
19	S_TM-OIL	Temerature Oil		internal measurement
20	S_TM-EG_bHEX	Temperature Exhaust Gas before Heat Exchanger		internal measurement
21	A_PU-ENG_set	Internal Pump - setpoint		internal measurement
	CHP-A_CHP	Control Signal CHP	S0	NeoTower 2.0: 1000 impulses = 1 kWh => 2kW = 1/1,8 impulses/second = 0,556 impulses/second 1kW = 1/3,6 impulses/second = 0,278 impulses/second
			0-10V	NeoTower 5.0: external power specification 0V = 2.9 kW_el 10V = 5kW_el

Remarks:

"Wasserdruck Motorkreis" means pressure of coolant in engine circuit
max. pressure of coolant in engine circuit: 2.7 bar
for the CHP to run and to modulate: active "Strom Automatik" and make sure there is a "Zeitprogramm" set that allows modulation

Data Sheets:

NeoTower 2.0 (SF1):

Remeha (Stirling, SF4):

NeoTower 5.0 (MF5):

Wolf GTK 18E-03 (MF5):

Minimum Gas flow rate:

Necessary to define the cero flow condition and the TimeMeanValue for calculating the flowrate

$\begin{array}{l}\displaystyle \dot V_{Gas}=\frac{T\cdot p_n}{H_i \cdot T_n \cdot p}\cdot\frac{(P_{el}+P_{heat})}{\eta}= 1.494 \cdot \frac{(P_{el}+P_{heat})}{\eta} [\frac{l}{kW \cdot min}]\end{array}$

	$\begin{array}{l}\dot V_{min} \: [l/min]\end{array}$	max time per count $\begin{array}{l}[s]\end{array}$	$\begin{array}{l}\dot V_{max} \: [l/min]\end{array}$	min time per count $\begin{array}{l}[s]\end{array}$	cero flow condition $\begin{array}{l}[s]\end{array}$	TimeMeanValue $\begin{array}{l}[s]\end{array}$
NeoTower 2.0	7.3	82	10.8	56	90	84
NeoTower 5.0	16.8	36	25.2	24	40	36
Remeha	~10.5	~57	~39	~15	60	23
Wolf GTK 18	50.8	11.8	83.7	7.2	15	11

Seitenhierarchie

CHP - Hardware

Scheme:

Remarks:

Data Sheets:

Minimum Gas flow rate: