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0CAR6IN019124_Manual_GLH110_Rev_0.3

 

GLH110 Glass

 Temperature Controller 

User Manual 

1. 

MAIN FEATURES 

The 

GLH110

 Temperature Controller manages Wood Fireplaces and Boilers, for heating and domestic hot water production, with the 

possibility to integrate it to a Gas Boiler.

 

 

Safety Rules 

Read carefully the following safety regulations, in order to prevent accidents 
damage to people and things.  
Before working on the hydraulic plant, please be aware of the following: 

 

Accident prevention measures 

 

Environmental protection measures 

 

National Institute for Work accidents measures 

 

Recognized prevention measures 

 

This manual is intended for qualified technical staff only 

 

Electrical wiring and connection must be performed by qualified 
technicians only 

 

The first installation of the hydraulic plant must be performed expert 
personnel

 

Declaration of Conformity

 

 

Regulations: 

EN 60730-1 50081-1 
EN 60730-1 A1 50081-2

 

TiEmme elettronica 

06055 Marsciano (PG) Italy Tel.+39.075.874.3905; Fax. 

+39.075.874.2239

info@tiemmeelettronica.it

 

Technical data 

Supply:230 Vac 50 Hz 

 10% 

Absorption:2,5 VA 
Outputs Range:5A  250 Vac 
Internal fuse:3,15 A 

Mechanical Characteristics 

Material: PA 
Flush mount Installation:Incasso 3 
Modules/ Wall 
Dimensions:Flush mount: 132x68x50 mm 
Degree of Protection:IP40 

Installation conditions and Use 

Operating Temperature: 0÷40 °C  
Storage Temperature:0 ÷ 60 °C 
Umidity: 85% @25°C

 

2. 

INSTALLATION

 

 

Make sure that the Main Power Supply is OFF prior to installing the device

 

 

Install the product in a dry environment with proper climatic conditions 

 

Insert a bipolar main switch compliying to local regulations 

 

Avoid coupling the probe cables with these of power 

 

Use for wiring, cables with conductors of appropriate section and in according the rules 

 

Position the probes to detect correctly the temperature 

 

Make sure the probe wires are placed away from direct/indirect flame 

3. 

ELECTRICAL CONNECTIONS 

 

 

 

All the probe inputs and command outputs are controlled 

automatically according to the type of hydraulic/plumbing 

plant selected. 

For electrical connections 

you must refer to Chapter 7 and the following paragraphs 

concerning the hydraulic/plumbing schematic drawings. 

 

Fig.2 – 

Electrical connections

 

 

 

Code 

Connectors 

Device

 

Characteristics

 

INP

U

T

S

 

LINE 

1 – 2 

Voltage Supply 

230 Vac 50 Hz 

 10% 

S1 

13 – 14 

Fireplace Temperature Probe 

Operating Range: -50°C ÷ 125 °C   
NTC 10K Measure: -10 ÷ 110 °C  

 1°C 

NTC 100K Measure: -10 ÷ 300 °C  

 1°C 

PT 1000 Measure: -40 ÷ 300 °C  

 1°C 

Flow switch contact ON/OFF 

S2 

15 – 16 

Sanitary Boiler Probe / Buffer 
Flow Switch 

S3 

16 – 17 

Ambient Probe/Thermostat  
Buffer, Manifold  

16 – 17 – 18

 

Pressure Sensor 

Operating Range: 0 ÷3 bar / 0 ÷ 3V 

O

U

T

PU

T

S

 

P1 

3 – 4 

Pump 1 

230 Vac 5A 

P2 

5 – 6 – 7 

Diverter Valve / Pump 2 

230 Vac 5A 

P3 

8 – 9 – 10 

Boiler Integration Consent 

Contact in exchange: COM.(9)-N.O.(8) - N.C.(10) 

P4 

11 - 12 

Service = Thermostat 

230 Vac 5A 

Service = Grill 
Combustion Air Shutter 
Pump 2 

PWM1 

19 – 16 o 14 

Control PWM1 

0-5Vdc, Frequency 1Khz, Duty Cycle 0-100%

 

PWM2 

20 – 16 o 14 

Control PWM2 

 

Summary of Contents for GLH110

Page 1: ...85 25 C 2 INSTALLATION Make sure that the Main Power Supply is OFF prior to installing the device Install the product in a dry environment with proper climatic conditions Insert a bipolar main switch compliying to local regulations Avoid coupling the probe cables with these of power Use for wiring cables with conductors of appropriate section and in according the rules Position the probes to detec...

Page 2: ...nsor the message Lo appears If the probe reading is above the maximum range of the sensor the message Hi appears SAFETY FEATURE When this function is activated P11 1 it starts a heat disposing process to remove excess heat buildup of the fireplace The management of the safety feature is expalined in the plumbing hydraulic schematic drawing parapraphs ALARM FUNCTION If the temperature measured by S...

Page 3: ...NU Fireplace Probe P01 0 NTC10K P01 1 NTC100K P01 2 PT1000 DHW Boiler Probe Tall Buffer P02 0 NTC10K P02 1 NTC100K P02 2 PT1000 Short Buffer Probe P03 0 NTC10K P03 1 NTC100K P03 2 PT1000 Ambient Probe P04 0 NTC10K P04 1 NTC100K P04 2 PT1000 Manifold Probe P17 0 NTC10K P17 1 NTC100K P17 2 PT1000 S3 INPUT CONFIGURATION Parameter P05 can be enabled to mange the following P05 0 S3 input DISABLED P05 1...

Page 4: ...WM Manual The PWM duty cycle which determines the speed of the pumps is set with the following parameters U06 if PWM1 with Heating profile Fireplace Pump U16 if PWM2 with Heating profile Heating Pump U26 if PWM2 with Solar profile Solar manifold Pump Automatic PWM In relation to the type of pump the PWM duty cycle is calculated on the basis of the temperature of the fireplace probe high Buffer Tan...

Page 5: ... 45 90 C Service Thermostat on Fireplace probe A09 20 50 90 C Valve Thermostat for DHW priority A24 20 70 90 C Thermostat to activate Integration on Fireplace probe A03 20 45 90 C Thermostat Integration Buffer Tank on High Buffer Tank Probe A19 20 45 90 C Heating Pump Thermostat on Fireplace probe A04 20 45 90 C Service Thermostat on Fireplace probe A09 20 50 90 C Heating Pump Thermostat on High B...

Page 6: ...esis Thermostat of Integr Buffer Tank on High Buffer Tank Probe IA19 0 2 20 C Hysteresis Thermostat of Buffer Comfort on High Buffer Tank probe IA20 0 2 20 C Hysteresis Thermostat of High Temp on High Buffer Tank probe IA23 0 2 20 C Hysteresis Thermostat of Valve for DHW priority IA24 0 2 20 C Hysteresis Thermostat of Manifold Pump Activation IA33 0 2 20 C Hysteresis Thermostat of ANTIFREEZE Therm...

Page 7: ...ycle at Minimum Speed HEATING profile U11 0 85 100 Percentage of PWM2 Duty Cycle at Maximum Speed HEATING profile U12 0 5 100 Percentage of PWM2 Duty Cycle in Antifreeze HEATING profile U13 0 0 100 Percentage of PWM2 Duty Cycle in Safety HEATING profile U14 0 0 100 Percentage of PWM2 Duty Cycle in Antiseize HEATING profile U15 0 0 100 Percentage of PWM2 Duty Cycle in Modalità Manual HEATING profil...

Page 8: ...F P2 P3 S1 75 A05 See Par 5 11 Air Damper OFF P4 S1 45 A09 See Par 5 10 Service ON Se P06 3 Hydraulic Plant 2 ConF 2 Name Symbol Pins Fireplace Pump P1 3 4 PWM1 19 16 o 14 Valve P2 5 6 7 Boiler Integration P3 8 9 10 Service Air Damper P4 11 12 Fireplace Probe S1 13 14 Flow Switch S2 15 16 Probe Ambient Thermostat Pressure Sensor S3 16 17 18 7 2 1 Parameters Cod Led Description U Min Def Max A01 Fi...

Page 9: ...A03 Integration 9 10 OPEN OFF P3 S1 75 A05 See Par 5 11 Air Damper OFF P4 S1 45 A09 See Par 5 10 Service ON Se P06 3 Hydraulic Plant 4 ConF 4 Name Symb ol Pins Fireplace Pump P1 3 4 PWM1 19 16 o 14 Heating Pump P2 5 6 7 PWM2 20 16 o 14 Boiler Integration P3 8 9 10 Service Air Damper P4 11 12 Fireplace Probe S1 13 14 Flow Switch S2 15 16 Probe Ambient Thermostat Pressure Sensor S3 16 17 18 7 4 1 Pa...

Page 10: ... A03 Integration 9 10 OPEN OFF P3 S1 75 A05 See Par 5 11 Air Damper OFF P4 S1 45 A09 See Par 5 10 Service ON Se P06 3 Hydraulic Plant 6 ConF 6 Name Symb ol Pins Fireplace Pump P1 3 4 PWM1 19 16 o 14 Heating Pump P2 5 6 7 PWM2 20 16 o 14 Boiler Integration P3 8 9 10 Service Air Damper P4 11 12 Fireplace Probe S1 13 14 Flow Switch S2 15 16 Probe Ambient Thermostat Pressure Sensor S3 16 17 18 7 6 1 P...

Page 11: ...ON S1 45 A03 Integration 9 10 OPEN OFF P3 S1 75 A05 See Par 5 11 Air Damper OFF P4 S1 45 A09 See Par 5 10 Service ON Se P06 3 Hydraulic Plant 8 ConF 8 Name Symb ol Pins Fireplace Pump P1 3 4 PWM1 19 16 o 14 Heating Pump P2 5 6 7 PWM2 20 16 o 14 Boiler Integration P3 8 9 10 Service Air Damper P4 11 12 Fireplace Probe S1 13 14 Probe Boiler Sanitary DHW S2 15 16 Probe Ambient Thermostat Pressure Sens...

Page 12: ...5 2 e S3 Open o P05 3 e S3 20 b01 OFF S2 45 A19 Integration 9 10 OPEN OFF P3 S1 75 A05 See Par 5 11 Air Damper OFF P4 S1 45 A09 See Par 5 10 Service ON Se P06 3 Hydraulic Plant 10 ConF 10 Name Symb ol Pins Fireplace Pump P1 3 4 PWM1 19 16 o 14 Manifold Pump P2 5 6 7 PWM2 20 16 o 14 Boiler Integration P3 8 9 10 Service Air Damper P4 11 12 Fireplace Probe S1 13 14 Buffer Probe S2 15 16 Manifold Prob...

Page 13: ... o Shower ON Sanitary DHW OFF OFF S1 80 A07 Safety ON ON S1 45 A02 Sanitary DHW ON P2 S1 45 A03 Integration 9 10 OPEN OFF P3 Hydraulic Plant 12 ConF 12 Name Symb ol Pins Fireplace Pump P1 3 4 PWM1 19 16 o 14 Diverter Valve P2 5 6 7 Boiler Integration P3 8 9 10 Heating Pump P4 11 12 PWM2 20 16 o 14 Fireplace Probe S1 13 14 Flow Switch S2 15 16 Probe Ambient Thermostat Pressure Sensor S3 16 17 18 7 ...

Page 14: ...itary DHW ON P2 S1 45 A03 Integration 9 10 OPEN OFF P3 Hydraulic Plant 14 ConF 14 Name Symb ol Pins Fireplace Pump P1 3 4 PWM1 19 16 o 14 Diverter Valve P2 5 6 7 Boiler Integration P3 8 9 10 Heating Pump P4 11 12 PWM2 20 16 o 14 Fireplace Probe S1 13 14 Flow Switch S2 15 16 Probe Ambient Thermostat Pressure Sensor S3 16 17 18 7 14 1 Parameters Cod Led Description U Min Def Max A01 Fireplace Pump m...

Page 15: ...0 Service ON S3 45 A19 Integration 9 10 Open OFF P3 S3 45 A17 Heating ON P4 Se P06 3 Hydraulic Plant 16 ConF 16 Name Symb ol Pins Fireplace Pump P1 3 4 PWM1 19 16 o 14 Valve P2 5 6 7 Boiler Integration P3 8 9 10 Heating Pump P4 11 12 PWM2 20 16 o 14 Fireplace Probe S1 13 14 Buffer Probe Basso S2 15 16 Buffer Probe Alto S3 16 17 7 16 1 Parameters Cod Led Description U Min Def Max A01 Minimum temp P...

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