Simplicity Synergy X9 Specifications Page 38
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Synergy Nano Technical Manual, Revision -
Page 38
Channel Alarm Notification
♦ When any channel alarm limit or deviation
limit is exceeded the Synergy Nano’s
conditioning outputs shut down and the
following indications are present:
♦ “ALARM” flashes in the upper right corner
of the touch screen.
♦ Alarm status is displayed in the lower left
hand corner of the touch screen.
♦ Alarms are listed in the Alarm folder in the
Maintenance Screen.
♦ Alarms are logged in the History File (Log
File).
See the Maintenance Screen Section
of
this manual for additional information
Channel Alarm Notification
♦ When any Channel alarm limit or deviation
is reached the Synergy Nano’s
conditioning outputs shut down and the
following indications are activated.
♦ “ALARM” flashes in the upper right corner
of the touch screen.
♦ Alarm status is displayed in the lower left
hand corner of the touch screen.
♦ Alarms are listed in the Alarm folder in the
Maintenance Screen.
♦ Alarms are logged in the History File (Log
File).
See the Maintenance Screen Section
of
this manual for additional information
6.2.2 Altitude Calibration
Altitude Value: The altitude value is set to 0 for normal scaling or 10, 11 or 12 for Granville-Philips
exponential scaling. A Registration Key may be required to access this feature. See additional details in
the Altitude/Space Chamber Setup section
.
6.2.3 Guaranteed Soak
Guaranteed Soak: The Guaranteed Soak feature stops a program from advancing until the process
variable is within the guaranteed soak limits. Range for this is 0 to 50 degrees. This value applies to each
setpoint in the program. As an example, for a setpoint of 100 degrees with a guaranteed soak of 1
degree, the program will wait until a temperature between 99 and 101 degrees is reached before
advancing, regardless of the step time. When enabled, the Guaranteed Soak feature will affect all
- 1.0 INTRODUCTION 6
- 2.0 SPECIFICATIONS 13
- UserAlarmS 16
- 2.3.1 Process Inputs 19
- 2.3.3 Channel Calibration 19
- 3.0 CHAMBER SAFETY 21
- SCREEN NAVIGATION KEYS 23
- 4.3 Touch Screen 24
- 4.4 LCD Screen 24
- 4.5 Function Keys 25
- 6.1 Setup Directory 34
- 6.2 Calibration 35
- 6.2.1 Channel Calibration 35
- 6.2.2 Altitude Calibration 38
- 6.2.3 Guaranteed Soak 38
- 6.2.4 Input Calibration 39
- Sensor Type 42
- A = a0 + a1 * T 43
- 6.3 PID 45
- PID \ SETUP DIRECTORY 45
- 6.3.1 PID Tuning 46
- 6.4 Special Functions 53
- 6.5 L - Values 59
- L – VALUES \ SETUP DIRECTORY 59
- 6.6 Settings List 62
- 6.8 LCD Settings 77
- 6.9 Chamber Setup 77
- Nano Temperature Only 82
- Nano Temperature Humidity 84
- Nano Thermal Shock 86
- Nano Temperature Pressue 88
- Nano Temperature Vibration 90
- Generic Temperature Only 92
- Generic Temperature/Humidity 96
- 2SM Outputs 100
- 3SM Event Outputs 100
- 1SM Outputs 100
- SSR Outputs 100
- Retro Temp Only 106
- 6.12 Logging 108
- LOGGING \ SETUP DIRECTORY 108
- 6.12.1 Logging Setup 109
- 6.13 Panel Lock 116
- 6.14 Languages 123
- LANGUAGES \ SETUP DIRECTORY 123
- 7.0 MAINTENANCE DIRECTORY 138
- 7.1 Operator Interface 139
- 7.2 Alarm Functions 144
- Modules 162
- 7.6 Clean Dat Utility 163
- 8.1 Operator Interface 165
- 8.1.1 RS-232 166
- 8.1.2 RS-485 166
- 8.1.3 IEEE 488 / GPIB 166
- 8.1.4 Ethernet 167
- 8.1.5 TCP/IP 167
- 8.1.6 WebTouch Remote ™ 167
- SUPPORTED CONTROLLERS 191
- 8.3.3 Ethernet MAC Address 192
- Page 193 193
- 8.3.4 Synergy FTP Server 196
- Page 200 200
- Page 202 202
- Page 206 206
- 9.3 Step Type Descriptions 211
- Temp Hum 213
- 9.6 Saving a Program 214
- 9.7 Running a Program 214
- 10.1 Main Screen 216
- 10.2 Entering a set point 216
- 10.2 Turn the chamber On 217
- 11.0 EVENTS SCREEN 218
- 11.1 Event Outputs Screen 219
- 11.3 Digital Outputs 223
- 11.4 Digital Inputs 225
- 12.0 GRAPH SCREEN 227
- 13.1 UUT Overview 228
- 13.2 Setup Procedure 230
- MODULE NO. 1 232
- INNER LOOP (AIR) 233
- OUTER LOOP 233
- CASCADE CONTROL 233
- 14.1 Cascade Control Setup 234
- Page 237 237
- 14.3 Using Cascade Mode 240
- 15.1 Space Chamber Setup 243
- Page 247 247
- 16.1 Synergy Nano Macros 251
- 16.3 Equipment 251
- 16.4 Installation 252
- 16.5 Controller Setup 255
- Saving the file as type CSV 256
- 17.2 Controller Mounting 262
- 17.3 Synergy Nano Wiring 264
- Pin TE1858‐1,2,3and4 264
- TE1858‐2 RelayOutputs 265
- TE1858‐3 SSROutputs 265
- 17.5.1 Ethernet Connection 272
- 17.5.2 RS-232 Connection 274
- 17.5.3 GPIB Connection 275
- Page 280 280
- Pins 9,10,11,12 289
- Connector P4 289
- Page 290 290
- Remove On-Board 290
- Triac when driving 290
- 17.8 Controller Setup 297
- 17.9 Alarm System Test 297
- Page 299 299
- Page 300 300
- Page 301 301
- Page 302 302
- Page 303 303
- Page 304 304
- Page 305 305
- Page 306 306
- Page 307 307
- Page 308 308
- Page 309 309
- Page 310 310
- Page 311 311
- Page 312 312
- Page 313 313
- Page 314 314
- Page 315 315
- Page 316 316
- Page 317 317
- Page 318 318
- Page 319 319
- Page 320 320
- Page 321 321
- Page 322 322
- Page 323 323
- Page 324 324
- Page 325 325
- Page 326 326
- Page 327 327
- Page 328 328
- Page 329 329
- Page 330 330
- Page 331 331
- Page 332 332
- Page 333 333
- Page 334 334
- Page 335 335
- 18.2 SimpleComm Examples 336
- 18.4 LabVIEW ™ Driver 342
- Page 347 347
- Page 352 352
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