ST9100C – User Guide 7 Day Timer, 1 channel, 3 on/off per day Honeywell Control Systems Ltd.Arlington Business Park,BracknellBerkshireRG12 1EB Technical Help Desk: 99www.honeywelluk.com50022737-002 A© 2007 Honeywell International Inc. Features Easy to use slider and buttons combined with ‘LoT'™ Technology and an‘OK' button, allows you to confi rm changes and stay in control. Honeywell Air Genius 5 Manual Add to Favourites IMPORTANT SAFETY INSTRUCTIONS READ AND SAVE THESE SAFETY INSTRUCTIONS BEFORE USING THIS AIR CLEANER When using electrical appliances, basic precautions should always be followed to reduce the risk of fire, electric shock, and injury to persons, including the following: 1. Honeywell Controller User Manuals The manuals from this brand are divided to the category below. You can easily find what you need in a few seconds. Honeywell - All manuals (178). The supply to the receiver should be connected on its own circuit. Switch off the power at the circuit breaker before working on receiver or ceiling fan. This unit is to be used for the control of a ceiling fan and its electrical source must be AC 110/120V, 60Hz. 4 Control Mode Automatic Mode is Default when Outdoor Sensor Detected Manual Mode is Default when NO Outdoor Sensor Detected 1 Automatic 2 Manual 5 Automatic Mode RH% (Hum) This is the humidity setpoint (RH%) the control will operate to. The homeowner does not change this and will only need to set the appropriate window protection setting.
This seminar is designed for personnel who have a good background in HVAC systems and want to expand their knowledge into pneumatic controls systems. Individuals who attend this seminar can expect to gain a good understanding of the operation, calibration and troubleshooting of pneumatic HVAC control systems.
Monday
Basic control theory and terminology. Understanding the symbols and terminology of control systems. Basic HVAC processes are reviewed. Principles covered to include direct and reverse action, normally open and closed valves and dampers, spring range of actuators, etc. Devices covered will include theoretical and lab operations on thermostats, valves, damper operators, E.P., P.E., switching, reversing and selector relays. Basic pneumatic control systems, devices and their operational characteristics. Lab simulators will be used to allow students the 'hands-on' side of control systems.
Tuesday
Receiver controls and master-submasters. Operational understanding and calibration procedures for single and dual input receiver control systems, sensors and temperature gauges. Use of receiver controller calibration kits on the lab simulators enhance the understanding of these systems. Receiver controllers by Honeywell, Johnson, Robertshaw and Barber-Coleman will be available to calibrate and troubleshoot. How to calculate and adjust proportional band, gain, authority (ratio) will be covered. Troubleshooting strategies and procedures.
Wednesday
Basic control theory and terminology. Understanding the symbols and terminology of control systems. Basic HVAC processes are reviewed. Principles covered to include direct and reverse action, normally open and closed valves and dampers, spring range of actuators, etc. Devices covered will include theoretical and lab operations on thermostats, valves, damper operators, E.P., P.E., switching, reversing and selector relays. Basic pneumatic control systems, devices and their operational characteristics. Lab simulators will be used to allow students the 'hands-on' side of control systems.
Tuesday
Receiver controls and master-submasters. Operational understanding and calibration procedures for single and dual input receiver control systems, sensors and temperature gauges. Use of receiver controller calibration kits on the lab simulators enhance the understanding of these systems. Receiver controllers by Honeywell, Johnson, Robertshaw and Barber-Coleman will be available to calibrate and troubleshoot. How to calculate and adjust proportional band, gain, authority (ratio) will be covered. Troubleshooting strategies and procedures.
Wednesday
'Systems Concept' of control systems. Treating controls, not as a single operational device, but as part of a larger operational system. The systems we will cover include Variable Air Volume (VAV), reheat, multizone, mixing box, 2 and 4 pipe fan coils, induction units, 100% O.A., unit-ventilator, etc. Typical control systems used on these types of systems with emphasis places on discharge controllers, mixed air controllers and economizer sequences.
Thursday
Systems troubleshooting and calibration. Selected systems will be simulated on the lab boards or, if available, actual 'in operation' systems in accessible mechanical rooms will be used to provide 'hands-on' calibration and troubleshooting. Severay system types will be used to give a good overview of the procedures to follow in a calibration and troubleshooting sequence. Also, 'bugs' will be put into system to create a good environment for troubleshooting. Students will be able to put to use skills learned during the week.
Friday
Control drawings reading and interpretation. How to check mont blanc pen serial number. The ability to read and understand control systems drawings is essential to calibrate, troubleshoot, or operate a HVAC control system. Each student is provided with several sets of typical control prints from several different manufacturers. As a class, the drawings are read and discussed to give the students a good exercise in reading drawings. Actual drawings brought in by attendees may be used if suitable reproducing facilities are available. Electric and electronic control systems. Logical approaches to system troubleshooting. Motor starts and typical interfaces to pneumatic and electronic control hardware. Discussion of new technologies in control hardware to include analog electronic and Direct Digital Control systems.
Honeywell Pneumatic Receiver Controller Manual Diagram
NOTE: All participants will receive a textbook, various calibration and repair instructions on control devices and a completion certificate.
