Serial Communications Protocol Specifications - Swissvacuum.com

More documents

Recommendations

Info

- 28 - MESSAGES The following messages list is general: some of them could not be used in your chamber. Note that messages are associated to bits, so the term “2052.3” means “bit number 3 (counting from 0) at address 2052” ADDRESS MEANING 2052.0 Protection switches 2052.1 Maximum temperature User 2052.2 Minimum temperature User 2052.3 Low Stage Massimum pressure 2052.4 Maximum pressure High Stage 2052.5 Thermal protection low stage compressor 2052.6 Thermal protection high stage compressor 2052.7 Maximum temperature service 2052.8 Water lack 2052.9 Safety temperature switches 2052.10 General power lack 2052.11 Equipment off 2052.12 Low stage oil pressure switch 2052.13 High stage oil pressure switch 2052.14 Maximum temperature glycol 2052.15 Minimum level glycol 2053.0 Maximum temperature Steam generator 2053.1 Inverter Alarm 2053.2 Air lack 2053.3 Flow switch 2053.4 Minimum temperature glycol 2053.5 Minimum pressure pump glycol 2053.6 Maximum temperature discharge low stage 2053.7 Maximum temperature discharge high stage 2053.8 Door open 2053.9 Minimum level water 2053.10 Air differential pressure switch 2053.11 Smoke detector 2053.12 Salty solution lack 2053.13 2053.14 2053.15 2054.0 2054.1 2054.2 2054.3 2054.4 2054.5 2054.6 2054.7 2054.8 2054.9 2054.10 2054.11 2054.12 2054.13 2054.14 2054.15 2055.0 Critical alarm (The ladder writes) 2055.1 Power lack (The ladder writes) 2055.2 Resume from critical alarm (The firmware writes) 2055.3 2055.4 programme abort into execution (The firmware writes) 2055.5 Natural end of the programme into execution (The firmware writes) 2055.6 Resume time elapsed 2055.7 Critical deviation 2055.8 Not critical deviation 2055.9 2055.10 Serial communications protocol vers. 2.02 Angelantoni Industrie Spa Massa Martana (PG) Italy
2055.11 2055.12 2055.13 2055.14 2055.15 - 29 - USER AND REAL SETTINGS It is important to well understand the logic operations in sending a new data configuration (we intend a new group of data the chamber has to use, for example new temperature settings, new RUN/STOP status and so on). In effect, this operation can be seen as composed of 2 different stages: 1. the user prepares the new set of data and send it to the controller (user settings) 2. the controller acts properly to work with the new set (if possible) (real settings) From the above description you can understand that the final result of the entire operation can or cannot be the same as requested by the user depending on the chamber and controller status. For example, suppose that an alarm is present in the system, so the chamber is in alarm condition. If the user send a new set of data in order to change the status of the RUN bit (the user want the chamber running), no action will take place, beacuase of the alarm. In other words, we have a “user setting” group of data in which the RUN bit is in ON status, while the same bit in the “real settings” will be in OFF status. USER SETTINGS ADDRESS CHAMBERS DCTC 2056.0 Run Run 2056.1 Alarm Reset Alarm Reset 2056.2 Program(1) Manual(0) Programme(1) Manual(0) 2056.3 Local(1) Remote(0) Local(1) Remote(0) 2056.4 Pause Pause 2056.5 Freeze Freeze 2056.6 2056.7 2056.8 Channel activation 0 (Temperature) Channel activation 0 (Temperature) 2056.9 Channel activation 1 (Rel. Humidity) Channel activation 1 (Rel.Humidity) 2056.10 Channel activation 2 Channel activation 2 (Humid. Temperature) 2056.11 Channel activation 3 Channel activation 3 (H2O temperature) 2056.12 Channel activation 4 Channel activation 4 2056.13 Channel activation 5 Channel activation 5 2056.14 Channel activation 6 Channel activation 6 2056.15 Channel activation 7 Channel activation 7 2057.0 Forced Dehumidification Spraying with humidified air 2057.1 Vibrator Spraying with not humidified air 2057.2 DUT Purging with air (Centrifugal) 2057.3 U.V. Lamp Dry (Compressed air) 2057.4 Water recharge Flooding with Air temperature control 2057.5 Flooding with air+water control (Refrigerator) 2057.6 2057.7 Humidity special control Humidity special control 2057.8 Aux 1 Aux 1 2057.9 Aux 2 Aux 2 2057.10 Aux 3 Aux 3 2057.11 Aux 4 Aux 4 2057.12 Aux 5 Aux 5 2057.13 Aux 6 Aux 6 2057.14 Aux 7 Aux 7 2057.15 Aux 8 Aux 8 2058 2059 Serial communications protocol vers. 2.02 Angelantoni Industrie Spa Massa Martana (PG) Italy
Page 1 and 2: - 1 - ANGELANTONI Industrie S.P.A.
Page 3 and 4: - 3 - INDEX INTRODUCTION...........
Page 5 and 6: The entire task can be described as
Page 7 and 8: - 7 - 03 Illegal data value 04 Fail
Page 9 and 10: � Read Function: function code 3
Page 11 and 12: - 11 - READ MULTIPLE REGISTERS: FUN
Page 13 and 14: COMMUNICATION PARAMETERS - 13 - The
Page 15 and 16: C LANGUAGE - 15 - The following exa
Page 17 and 18: VISUAL BASIC - 17 - We assume you a
Page 19 and 20: - 19 - > Query sent: > 000: 017 001
Page 21 and 22: - 21 - > 012: 000 (0000) > 013: 000
Page 23 and 24: - 23 - > 152: 000 (0000) > 153: 000
Page 25 and 26: 0 193 129 64 1 192 128 65 0 193 129
Page 27: - 27 - ADDRESS MEANING 2032-2033 Re
Page 31 and 32: - 31 - REAL SETTINGS ADDRESS CHAMBE
Page 33 and 34: - 33 - TEST PROGRAM STATUS All info
Page 35 and 36: - 35 - 2328 Initial Segment Initial
Page 37: - 37 - APPENDIX A: CONNECTION OF A

Serial Communications Protocol Specifications - Swissvacuum.com

You also want an ePaper? Increase the reach of your titles

Delete template?

Save as template?