Loading…
Loading…
| Name | ID | Label | Description | Type | Source |
|---|---|---|---|---|---|
| ppci_to_sgu | 40BB | msrc_UNKNOWN | Details | ||
| mark_dry_coupling | 4138 | Mark Dry Coupling | stores torque tube angle representing zero displacer buoyancy for the PV calculation. Displacer must be connected to torque tube, not resting on a travel stop, and the torque tube coupled to DLT9000 with shipping lock released before this command is executed.If impossible to mark at zero buoyancy condition, an offset to the PV will result, which must be removed by the trim zero command. | msrc_UNKNOWN | Details |
| wet_dry_cal | 413A | Wet/dry Cal | Use when an independent measurement of intermediate values of PV is not available for calibration, but dry and completely submerged displacer states can be achieved and identified. Requires prior entry of specific gravity of test fluid, volume of displacer, and displacer rod length. Small nonlinearities will be present at displacer endcaps. | msrc_UNKNOWN | Details |
| single_point | 413C | Single Point | Use when PV condition can be independently measured but not adjusted for the calibration. The dry coupling point must be previously marked, either by isolating cage or by hanging an equivalent weight on the driver rod with the 249 off the process. Requires prior entry of specific gravity of test fluid(s), volume of displacer and displacer rod length. | msrc_UNKNOWN | Details |
| trim_pv_zero | 413E | Trim Pv Zero | Computers correction required to align the digital process value to an independent external observation. Necessary for corret PV reading if marked coupling point is not at dry displacer condition.should be performed after TT tate has been calibrated by one of the following methods: Weight-based, wet/dry, two point, or entering theoretical value of Ttrate in review menu. | msrc_UNKNOWN | Details |
| weight_based_cal | 4143 | Weight-based Cal | Use when other methods are impreactical ,and TT arm can be removed from process and moved to bench.calibrates Torque Tube Rate using external weights. | msrc_UNKNOWN | Details |
| two_point | 4146 | Two Point | Use when PV condition can be independently measured and adjusted for the calibration. Requires prior entry of specific gravity of test fluid(s), volume of displacer and displacer rod length. | msrc_UNKNOWN | Details |
| specific_gravity | 4147 | Specific Gravity | Allows entry of custom table of up to 10X,y pairs defining fluid SG vs. temperature by liner segments. | msrc_UNKNOWN | Details |
| setup_wizard | 414C | Setup Wizard | Guides user through initial configuration and calibration process | msrc_UNKNOWN | Details |
| set_zero_4ma | 414D | Set Zero(4mA) | Sets lower range value (4mA output) to the present internal PV value. Works like a zero control on an analog device- the span between upper and lower range values is preserved, so the URV moves also. This command does not adjust the internal PV calibration vs. the input condition ¨Conly the relationship between input condition ¨Conly the relationship between internal values and the output current. | msrc_UNKNOWN | Details |
| set_span_20ma | 414E | Set Span(20mA) | Sets upper range value (20mA output) to the present internal PV value. Works like a span control on an analog device ¨C the existing lower range value will remain the same, only the span will be changed. This command does not adjust the internal PV calibration vs. the input condition ¨C only the relationship between internal PV values and output current. | msrc_UNKNOWN | Details |
| measure_spec_gr | 4150 | Measure Spec Gr | Provides an estimate of SG of a new process fluid by comparing internal PV value with external level measurement .assumes instrument has been calibrated with water | msrc_UNKNOWN | Details |
| change_material | 4151 | Change Material | Material the torque tube is constructed from.used to select temperature coefficient table for Torque Tube compensation. | msrc_UNKNOWN | Details |
| ttube_temp_coeff | 4152 | TTube Temp Coeff | Allows entry of custom table of modulus of rigidity vs temperature normalized to unity at 70F (21¡ãC) for users torque tube material | msrc_UNKNOWN | Details |
| method_read_trend | 4153 | Read Trend | Torque tube should be coupled to DLT9000 and the lock released displacer should be in the DRY position | msrc_UNKNOWN | Details |
| method_alrm_enab | 4154 | Alrm Enable | msrc_UNKNOWN | Details | |
| method_temp_alrm_enab | 4155 | Temp Alrm Enable | msrc_UNKNOWN | Details | |
| meter_test | 4156 | Meter | Allows the LC meter to be tested by displaying different patterns. | msrc_UNKNOWN | Details |
| display_alarms | 4157 | Display Alarms | Reports any PV or temperature alarms that are active | msrc_UNKNOWN | Details |
| user_status_display | 4158 | Status | Check and reports status of instrument internal alarms. | msrc_UNKNOWN | Details |
| method_save_as_factory | 4159 | Save as factory | Save as factory | msrc_UNKNOWN | Details |
| method_restore_to_factory | 415A | restore to factory | restore to factory | msrc_UNKNOWN | Details |
| method_restore_to_default_factory | 415B | restore to default factory | restore to default factory | msrc_UNKNOWN | Details |
| applied_rerange | 1007 | Apply values | Applied values- Perform a device rerange by applying the desired Upper Range Value and Lower Range Values to the device input | msrc_UNKNOWN | Details |
| burn_eeprom | 100C | Burn EEPROM | Burn Electrically Erasable Read Only Memory- Operation where the Field Device will copy what is in its Random Access Memory into the Electrically Erasable Read Only Memory, thus making changes by the Host permanent | msrc_UNKNOWN | Details |
| zero_trim | 1006 | Zero trim | Zero trim- Make the sensor input the new zero input reference | msrc_UNKNOWN | Details |
| return_to_normal | 1016 | Aborting return to normal | msrc_UNKNOWN | Details | |
| warning_message | 1017 | Set loop to manual | msrc_UNKNOWN | Details | |
| device_master_reset | 1072 | Device reset | Device Reset- Commands the electronics to perform a reset. This is equivalent to cycling the power off and then back on to the field device. | msrc_UNKNOWN | Details |
| transmitter_loop_test | 1023 | Loop test | Loop test- Allows the User to manually manipulate the Analog Output to a selected constant output value | msrc_UNKNOWN | Details |
| leave_fixed_current_mode | 1003 | Leaving fixed crnt mode | Leaving Fixed Current Mode- Takes the Analog Output out of a mode where the output was a constant value, and returns the output to a mode where the output tracks the input | msrc_UNKNOWN | Details |
| transmitter_dac_trim | 1024 | D/A trim | Digital to Analog Trim- Allows the calibration of a selected Analog Output with an external reference at the operating endpoints of the Analog Output | msrc_UNKNOWN | Details |
| Name | ID | Label | Description | Type | Source |