STOKVIS ENERGY SYSTEMS ECONOPLATE H1 Installation, Commissioning And Servicing Instructions
Heat interface unit
Hide thumbs
Also See for ECONOPLATE H1:
Table of Contents
Advertisement
Quick Links
Note: THESE INSTRUCTIONS MUST BE READ AND UNDERSTOOD BEFORE
INSTALLING, COMMISSIONING, OPERATING OR SERVICING EQUIPMENT.
THE ECONOPLATE H1 UNIT IS INTENDED FOR USE IN LOW TEMPERATURE
ECONOPLATE H1-heat only
HEAT INTERFACE UNIT
Installation, Commissioning
and Servicing Instructions
for vented systems.
'DISTRICT HEATING' SCHEMES.
ECONOPLATE H1-heatonlyvented SERIES-V1-IO&M-15072014
STOKVIS ENERGY SYSTEMS
96R WALTON ROAD
EAST MOLESEY
SURREY
KT8 0DL
Tel: 020 8783 3050 / 08707707747
Fax: 020 8783 3051 / 08707707767
E-Mail:
info@stokvisboilers.com
Website:
www.stokvisboilers.com
Advertisement
Table of Contents
Subscribe to Our Youtube Channel
Related Manuals for STOKVIS ENERGY SYSTEMS ECONOPLATE H1
Summary of Contents for STOKVIS ENERGY SYSTEMS ECONOPLATE H1
- Page 1 Servicing Instructions for vented systems. Note: THESE INSTRUCTIONS MUST BE READ AND UNDERSTOOD BEFORE INSTALLING, COMMISSIONING, OPERATING OR SERVICING EQUIPMENT. THE ECONOPLATE H1 UNIT IS INTENDED FOR USE IN LOW TEMPERATURE ‘DISTRICT HEATING’ SCHEMES. STOKVIS ENERGY SYSTEMS 96R WALTON ROAD...
-
Page 2: Table Of Contents
CONTENTS Item Page Warnings General Requirements Unit Description Technical Data Installation Operation of Unit Commissioning Fault Finding Servicing 10. Internal Components 11. Schematics 12. Appendices THIS HEAT INTERFACE UNIT COMPLIES WITH THE ESSENTIAL REQUIREMENTS OF THE LOW VOLTAGE DIRECTIVE 2006/95/EC AND THE ELECTROMAGNETIC COMPATIBILITY DIRECTIVE 2004/108/EC. -
Page 3: General Requirements
GENERAL REQUIREMENTS Related Documents The Pressure Systems Safety Regulations 2000 It is the law that pressure system appliances are installed, maintained and serviced by competent persons in accordance with the above regulations. Failure to install appliances correctly could lead to prosecution. It is in your own interest and that of safety, to ensure that this law is complied with. -
Page 4: Technical Data
TECHNICAL DATA Figure 1 – Basic Overall Dimensions including spacer hanging bracket Technical Data General Data Maximum Pressure – District 6 bar Maximum Pressure – Heating 3 bar Maximum District Temperature 85°C Maximum District Flow Rate 18l/min Weight Empty 20 kg Dimensions 469 x 630 x 276... -
Page 5: Installation
Temperature Range Heating Water Temperature Range 60°C to 80°C Water Connections District Inlet/Outlet 3/4” BSP Male Heating Inlet/Outlet 3/4" BSP Male Heating Performance Heat Output @ Δt 11K Heating Circuit 22kW XS Head from Integral Pump @ Δt 11K 22kPa Min System Features ... - Page 6 Note – when working with the unit, supply services when connected could reach 85°C, and once electrically connected the unit has 230V present within. You will need access from above and below the Unit to install the relevant Pipework to and from the Unit. A spacer plate has been provided enabling pipework to be run behind the Unit.
- Page 7 Pipework Connections The ‘District’ and heating pipework must be connected to the appropriate points labelled on the figure below. An isolation/connection kit for the district in and out has been provided, enabling isolation from the primary flow and return pipes. You must not isolate the heating circuit from either the cold feed pipe or expansion tank.
- Page 8 Safety Relief Discharge – ½” Female BSP This is provided on the heating circuit, and although not in use in vented mode, MUST still be safely piped away via a suitable tundish according to local bylaws. A hole is provided in the casing to allow pipework to leave the unit. Water Inlet –...
-
Page 9: Operation Of Unit
A 12 way terminal block has been provided inside the station to which connections are to be made [see Figure 5 above]. Mains 230V needs to be provided to terminals 1 to 3 via cable gland in the top of the unit. -
Page 10: Fault Finding
Heat Meter Booklet is provided along with these Instructions. System Safety Relief Valve A 3-Bar system Safety Pressure Relief Valve is provided within the Unit which MUST be piped away via a Tundish according to local Guidelines. FAULT FINDING Firstly check the electronic box to check it is not in fault mode indicated by red light. If the Unit still does not operate, then the next step is to check all wiring is correctly connected to the right component, especially if Connectors have been taken off at any stage [see Appendices –... -
Page 11: Servicing
Pump not operating. Check that Impeller has not seized. Check you have 240V going to Pump. If above does not resolve issue, replace Pump. ‘District’ water temperature Check ‘District’ supply too low. conditions. Heat Exchanger potentially fouled SERVICING SCHEDULE Note – when working with the unit, supply services when connected could reach 85°C, and once electrically connected the unit has 230V present within. -
Page 12: Internal Components
10. INTERNAL COMPONENTS Figure 9 – Internal Components 11 ... -
Page 13: Schematics
11. UNIT SCHEMATIC 12 ... -
Page 14: Appendices
12. APPENDICES Table 1 – Electronic Box Wiring Denotation Description Individual Wiring Connector Remote Controller/Temperature 2 Black Wired to Relay via NO Sensor contacts Mixing Valve Stepper Motor Blue, Black, Brown and Green White Connector Mains Cable Blue, Brown and Green/Yellow Wired to Terminal Block Earth Cable Green/Yellow Non insulated Crimp Ring Pump Blue, Brown and Green/Yellow Wired to Terminal Block CH Temperature Sensor 2 Red Black Connector CH Safety Thermostat/Pressure 2 Black Not used ‐ connected Switch together Table 2 – Electronic Box Dip Switches SWITCH FUNCTION High temp / Low temp central... - Page 15 Table 4 – Pump Data 14 ...
Need help?
Do you have a question about the ECONOPLATE H1 and is the answer not in the manual?
Questions and answers