Serial Communications Protocol Specifications - Swissvacuum.com

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- 32 - SETPOINTS READING The values reported here are the setpoint values actually used by the regulators inside the chamber controller. Note that the final setpoint equals the current setpoint only in case of maintenances or slopes at max. speed. They will be different in case of controlled slopes (gradient different from 0). For standard chambers (Challenge and Hygros) the values are multiplied by 100. As previously stated, in the standard chambers channel 0 is the Temperature regulator, while channel 1 is the Rel. Humidity regulator. ADDRESS MEANING 2064-2065 User Final Setpoint Channel 0 * 100 2066-2067 Current Setpoint User Channel 0 * 100 2068 Gradient Channel 0 * 100 2069-2070 Final Setpoint user Channel 1 * 100 2071-2072 Current Setpoint user Channel 1 * 100 2073 Gradient Channel 1 * 100 2074-2075 Final Setpoint user Channel 2 * 100 2076-2077 Current Setpoint user Channel 2 * 100 2078 Gradient Channel 2 * 100 2079-2080 Final Setpoint user Channel 3 * 100 2081-2082 Current Setpoint user Channel 3 * 100 2083 Gradient Channel 3 * 100 2084-2085 Final Setpoint user Channel 4 * 100 2086-2087 Current Setpoint user Channel 4 * 100 2088 Gradient Channel 4 * 100 2089-2090 Final Setpoint user Channel 5 * 100 2091-2092 Current Setpoint user Channel 5 * 100 2093 Gradient Channel 5 * 100 2094-2095 Final Setpoint user Channel 6 * 100 2096-2097 Current Setpoint user Channel 6 * 100 2098 Gradient Channel 6 * 100 2099-2100 Final Setpoint user Channel 7 * 100 2101-2102 Current Setpoint user channel 7 * 100 2103 Gradient channel 7 * 100 Serial communications protocol vers. 2.02 Angelantoni Industrie Spa Massa Martana (PG) Italy
- 33 - TEST PROGRAM STATUS All information on the test cycle status actually running are reported in this section. Note that the information relative to the table jumps (loop, locations of memory from 2127 to 2146) are divided into high byte (to the left) and low byte (to the right) and each byte has the meaning reported in the corresponding position. Note that “segment flags” and “control flags” are variables used internally by the chamber controller during the execution of a cycle. These flags are not useful to the normal user. ADDRESS MEANING 2104 NO. Of segments 2105 First segment 2106 Current segment 2107-2108 Current segment duration (seconds) 2109-2110 Current segment elapsed time (seconds) 2111-2112 Current segment remaining time (seconds) 2113-2114 Test program elapsed time (seconds) 2115 Segment Flags 2116 Control Flags 2117 Channel 0 Flags 2118 Channel 1 Flags 2119 Channel 2 Flags 2120 Channel 3 Flags 2121 Channel 4 Flags 2122 Channel 5 Flags 2123 Channel 6 Flags 2124 Channel 7 Flags 2125 Total loop of the entire test program 2126 Current Loop of the entire test program 2127 Internal Loop 01: FINAL SEGMENT INITIAL SEGMENT 2128 Internal Loop 01: TOTAL REPET. CURRENT REPET. 2129 Internal Loop 02: FINAL SEGMENT INITIAL SEGMENT 2130 Internal Loop 02: TOTAL REPET. CURRENT REPET. 2131 Internal Loop 03: FINAL SEGMENT INITIAL SEGMENT 2132 Internal Loop 03: TOTAL REPET. CURRENT REPET. 2133 Internal Loop 04: FINAL SEGMENT INITIAL SEGMENT 2134 Internal Loop 04: TOTAL REPET. CURRENT REPET. 2135 Internal Loop 05: FINAL SEGMENT INITIAL SEGMENT 2136 Internal Loop 05: TOTAL REPET. CURRENT REPET. 2137 Internal Loop 06: FINAL SEGMENT INITIAL SEGMENT 2138 Internal Loop 06: TOTAL REPET. CURRENT REPET. 2139 Internal Loop 07: FINAL SEGMENT INITIAL SEGMENT 2140 Internal Loop 07: TOTAL REPET. CURRENT REPET. 2141 Internal Loop 08: FINAL SEGMENT INITIAL SEGMENT 2142 Internal Loop 08: TOTAL REPET. CURRENT REPET. 2143 Internal Loop 09: FINAL SEGMENT INITIAL SEGMENT 2144 Internal Loop 09: TOTAL REPET. CURRENT REPET. 2145 Internal Loop 10: FINAL SEGMENT INITIAL SEGMENT 2146 Internal Loop 10: TOTAL REPET. CURRENT REPET. 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 and 28: - 27 - ADDRESS MEANING 2032-2033 Re
Page 29 and 30: 2055.11 2055.12 2055.13 2055.14 205
Page 31: - 31 - REAL SETTINGS ADDRESS CHAMBE
Page 35 and 36: - 35 - 2328 Initial Segment Initial
Page 37: - 37 - APPENDIX A: CONNECTION OF A

Serial Communications Protocol Specifications - Swissvacuum.com

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