6/12/24 Dot Printing Model Smart Recorder SRF206/212/224

Transcription

1 No. CP-SS-E // Dot Printing Model Smart Recorder SRF0// The Smart Recorder SRF 0// Dot Printing Model accepts DC voltage, thermocouple, resistance temperature detector (RTD), communications and ON/OFF inputs. This / / Dot Printing Model accommodates 0 mm wide charts. Smart Recorder offers the dual features of functions and operator ease as a recorder for various equipment and instrumentation. It also supports relay output, open collector output, external switch inputs, chart illumination lamp and communications as optional functions. FEATURES Any combination of different inputs and recording scale can be set freely. DC voltage, thermocouple, resistance temperature detector (RTD), communications, ON/OFF input Five recording formats are provided and can be freely selected: Trend recording, trend + tabulation recording, trend + schedule demand recording, fixed-time recording, fixeddate recording Six measurement and calculation methods are provided and can be selected to each channel: Measurement value (PV value), deviation value between channels, deviation value from fixed value, total calculation, F value calculation, relative humidity calculation Free power supply allows use anywhere: 00 to 0V ac, 0/0 Hz Compact design. Only mm deep Wide range of printing functions: - Measurement value (PV value) - Channel No. - Tag ( characters per channel) - Engineering unit ( characters per channel) - Recording scale ( types, upper/lower limit values) - Chart feed speed - Event status (details, time of occurrence/restoration) - Time marker - Date - Time (hours:minutes) Printing at the following start conditions is possible: - Date - Time (hours:minutes) - Recording format - Chart feed speed - Recorder ID No. Manual demand printing also is possible. DMD Printing is started by key or external switch input, time (hours:minutes) and measurement values (PV values) are printed. When trend + schedule demand recording is selected as the recording format, the measurement value (PV value) of up to eight preset times can automatically be printed. Up to digital inputs are supported: external switch inputs coupled to remote switches, and internal contact inputs that are connected to internal signals. Output signals for up to events ( types x channels) can be connected to any internal contact inputs. Parameter setups can be assigned to user function keys. (up to eight types for each of the two switches) Printing of Date/Time (hours:minutes), Scale and event can be disabled. Seven list printing modes are available for printing setup data: partial list print, function list print (four modes), total list print and list print are available. Any list ( characters x lines) can be printed as a user setup list from a loader or by CPL communications. Upscale, downscale or OFF can be set as the thermocouple burnout setting for each input channel. Batch count ( to ) that is incremented and printed out at each start of recording can be set. Setup data is protected in EEPROM when the power is OFF. Copy setting: Various setup data can be copied between channels. Segment table setup: Output values (Y-axis) for input values (X-axis) can be offset by setting up segment tables. OPTIONAL FUNCTIONS Relay output (/ outputs; SPDT relay output) open collector outputs inputs (//; Recording start/stop, Demand printing, List printing, Chart feed, Chart feed speed/scale selection), Print messages No. to No., BIN code entry, Batch count clear, Total calculation reset, Recording mode selection Chart illumination lamp (cold-cathode discharge tube) Communications (RS-, RS-C)

2 SPECIFICATIONS Input Display Reference contact compensation Recorder Input type Number of input channels Input measurement cycle Input impedance Allowable wiring resistance Burnout Input bias current Measuring current Permissible input voltage range PV bias Linear scaling Direct-reading range Digital input trend Communications input trend Measurement/ calculation method Segment table offset Measurement range Engineering range Recording scale Intrinsically safe system Digital display Lamp display Recording method DC voltage, thermocouple, resistance temperature detector (RTD), communications input, ON/OFF input See Table (input type, range: indication accuracy). In the case of DC current ( to 0 ma), attach a converter resistor (sold separately, catalog No. -00 or 0), and convert to to V to input. // / models: s, model: 0s (fixed cycle regardless of number of measurement inputs) DC voltage (± V range max.), thermocouple input: 0 MΩ min. DC voltage (± V range min.) : MΩ min. DC voltage, thermocouple input (input signal source resistor): kω max. RTD input (input wiring resistor) : 0 Ω max. (per line. However, resistance of three lines must be the same.) Thermocouple input: one of upscale/downscale OFF can be selected for each channel (burnout condition: 0 MΩ min.) DC voltage (± V range max.), thermocouple input: ±00 na max. DC voltage (± V range max.): ± µa max. However, current must be ±00 na max. when setting burnout for thermocouple input. RTD input: Approx. ma Outside RTD range: - to +V dc RTD range: - to +V dc Can be set to each channel in range - to (engineering unit including decimal point). Display and recording is possible at actual unit (engineering unit) at linear scaling range DC voltage (range codes 00 to 0). mv or V values can be read directly with linear scaling set to OFF during input voltage direct-reading range and current/voltage (range codes 0 to ). Digital input trends are printed for channels whose input range type is set to ON/OFF input. Written data is printed as measurement data by communications for channels whose input range type is set to communications input. PV value, inter-channel deviation, deviation from fixed value, arithmetic operation (integration, F value, relative humidity) X (input) and Y (output) can be offset for conversion by a maximum of segments. Three segment tables can be set. DC voltage input: Any measurement (upper/lower limit values) can be set for each of the measurement ranges. DC voltage input: The engineering range (upper/lower limit value, decimal point position and unit) can be set within the range - to. Any recording scale (including reverse scaling) can be set for each channel within the range - to. Thermocouple input: Compensation can be set ON/OFF for all channels (not independently). When compensation is set to OFF, a reference contact compensation unit (such as an ice box) must be provided externally. 00V ac is used as the lamp power supply on models with chart illumination lamp. So, an intrinsically safe system cannot be configured. When an intrinsically safe system is required, select a model without the chart illumination lamp, and connect a Zener barrier externally. If uneven resistance from the Zener barrier causes a temperature display error to occur, compensate for this by the PV bias. As the input wiring resistance exceeds 0 Ω, the accuracy compensation in Table cannot be applied. Display method Measurement value display cycle Display information Display information Dot recording Dot size Trend recording cycle Red and green -digit, -segment LED and green LEDs for units (One of these is a -digit, green LED for displaying measurement values.) s/measurement point Measurement values Channel No. Alarm display Date Time Chart feed speed Other configuration data Lights during recording and occurrence of an event. Lights and displays information in the configuration and operation modes. Same color as wire dot + ink ribbon ( colors) Approx. 0. mm Same as input measurement cycle When the chart feed speed is slow, and there are few changes in input, the dot recording cycle is automatically adjusted so that dots do not overlap.

3 Recorder Recording method Recording color Trend Two types can be selected and set. Channel,,,,,, 0,,,, 0,,,,,,,, Standard Purple Red Green Blue Brown Black DIN Purple Red Black Green Blue Brown Scale Tabulation recording Time printing Event Channel No. Demand Message Other Same color as trend color of each channel Same color as trend of each channel PV value: Same color as trend color of each channel Occurrence:Red Restoration: Blue Same color as trend color of each channel PV value: Same color as trend color of each channel Time: purple Purple Purple Time: purple Character structure (V) x (H) dot matrix Character recording Recording at chart feed speed of to 0 mm/h Recording format Chart Trend recording Trend+tabulation recording Shape Eff. recording width Total length Replacement warning mark Chart feed speed Trend recording resolution Recording accuracy (Reference) Display/ recording mode Trend Scale printing Event Trend Scale printing Tabulation Folding type -. to. mm of calibration position (0%) 0 m (plain paper), m (clean paper) Warning marks are output at 0 cm intervals from 0 cm from the end of the chart. to 0 mm/h, adjustable in mm/h steps 0. mm PV axis: Accuracy indicated in Table + (±0.% of recording full scale) Time axis: ±0. mm ( excluding chart shrinkage/elongation) Chart shrinkage/elongation: When the ambient humidity has changed from 0% to %RH: Chart stretches by approx. 0.%FS. When the ambient humidity has changed from 0% to %RH: Chart shrinks by approx. 0.%FS. One of the following four modes can be selected and set for each channel: Display/recording OFF Display only Display/recording ON Digital input-dependent PV value (analog) Channel No. Marker/time (hours:minutes)/date/tag/unit/scale upper- and lower-limit values Or, Marker/time (hours:minutes)/chart feed speed/tag/unit/scale upper- and lower-limit values Marker (on trend) Channel No./time (hours:minutes)/event No./relay output No./state (occurrence or reset) When a state occurs (is reset) before printing has finished, the next items are memorized and printed. PV value (analog) Channel No. Or, Marker/time (hours:minutes)/chart feed speed/tag/unit/scale upper- and lowerlimit values Marker/time (hours:minutes)/date/tag/unit/scale upper- and lower-limit values Or, Marker/time (hours:minutes)/chart feed speed/tag/unit/scale upper- and lower-limit values PV value is printed to left. Tabulation is carried out after printing of the scale. -dot model: row, columns -dot model: rows, columns -dot model: rows, columns Tabulation Cycle Chart feed speed (mm/h) to to 0 to 0 to 0 to 0 to 0 Print cycle (time) No printing No printing Trend+schedule demand Event Trend Schedule printing Marker (on trend) Channel No./time (hours:minutes)/event No./relay output No./state (occurrence or reset) When a state occurs (is reset) before printing has finished, the next items are memorized and printed. PV value (analog) Channel No. Marker/time (hours:minutes)/date/tag/unit/scale upper- and lower-limit values Or, Marker/time (hours:minutes)/chart feed speed/tag/unit/scale upper- and lowerlimit values

4 Recording format List printing Event Optional functions Trend+schedule demand Fixed interval tabulation (tabulation only) Fixed time tabulation (tabulation only) List printing User setup list printing Setting Action Action result inputs Relay outputs Open collector outputs Schedule demand Event Time (hours:minutes)/pv value Up to times can be set. -dot model: row, columns -dot model: rows, columns -dot model: rows, columns Marker (on trend) Channel No./time (hours:minutes)/event No./relay output No./ state (occurrence or reset) When a state occurs (is reset) before printing has finished, the next items are memorized and printed. Tabulation is carried out at a preselected fixed interval. Selectable cycle: Each 0 min/0 min/0 min/ h/ h/ h/ h/ h/ h Tabulation is carried out once at the start of printing, and carried out from then on at a preselected time. Selectable cycle: 00:0 to : Print function lists: Print all lists: Parameters are printed out for each function categorized into four items. All parameters set in the configuration are printed out. A -item function list is printed out continuously. Print specified lists: Chart feed speed, range code, scale, unit, event setup, etc. Any prepared list (within characters x lines) can be printed out as a list on the recording paper by a loader or communications. Number of set events can be set for each channel. events Setting range - to (Selectable cycle) Differential 0 to (Decimal point position varies according to range.) Event action is carried out even while recording has stopped (RCD OFF) OFF: Event action stopped LOW (measurement value lower limit alarm): Action when the PV and deviation values are at the event setup value or less HIGH (measurement value upper limit alarm): Action when the PV and deviation values are at the event setup value or more Recording Channel No. Event occurrence/reset Event state Relay output number (on relay output supported models) Display Event state and measurement value when an event occurs Event occurrence/reset state on other channels Buffer Up to recording actions are memorized. (These are cleared when the power is turned OFF.) Output Relay output, open collector output or output to internal contact inputs possible Number of,, inputs Functions Functions operate by assigning the following: Recording start/stop Print on demand Print all lists Print specified lists Print communications list Chart feed Chart feed speed/scale selection Clear batch counter Reset total Print messages to ( characters each) Recording mode selection BIN code entry Contact hold 00 ms min. time Switch type Alternate Open voltage Approx. V Short-circuit Approx. ma current Number of, outputs Output action event actions (max. actions) preset to each channel can be freely combined to select OR or AND output, hold/non-hold or excitation/non-excitation. Output type Transfer contact (NC, NO contact) Contact Rating 0V ac, A, non-inductive load 0V dc, A, non-inductive load Min. load V dc, 0 ma Electrical life 00,000 operations (resistive load) Number of + (special outputs) outputs Output action event actions preset to each channel can be freely combined, and three OR or AND special outpu.ts turn ON under the following conditions: At power ON During recording When an error is detected by self diagnostics

5 Optional functions Open collector outputs Allowable power voltage range ON residual voltage 0 to V dc. V max. OFF leakage current 0. ma max. General specifications Event re-output Memory protection Vibration resistance Insulation resistance Dielectric strength Induction resistance Standard conditions When or more event outputs are connected by OR operation, the events are output again when a new event occurs. Cold-cathode discharge tube Chart illumination lamp Communications Communications standard Protocol Communications system Standard Number of signal lines Transmission distance Standard Network Function Master station Synchronization Communications flow Transmission speed Data length Parity Stop bit RS-C RS- (including ) (including ) m max. 00 m max. Azbil Corporation CPL communications - Multi-drop (max. nodes) Slave station function Slave station function Not specified Not specified Start-stop synchronization Half duplex Start-stop synchronization Half duplex 00, 00 bps 00, 00 bps bits bits Even parity, no parity Even parity, no parity stop bit, stop bits stop bit, stop bits Setup data EEPROM Clock backup Lithium cell (replace every years): CR0 0. m/s max. (0 to 00 Hz) Min. 0 MΩ across each terminal and GND terminal (by 00V dc megger) Azbil Corporation CPL communications Power supply, relay output, open collector output (leak current ma max.): Across power terminal and GND terminal: 00V ac 0/0 Hz for minute Across relay output and GND terminal: 00V ac 0/0 Hz for minute Across open-collector output terminal and GND terminal: 00V ac 0/0 Hz for minute Input (leak current ma max.) Across measurement input terminal and GND terminal: 000V ac 0/0 Hz for minute Across measurement input terminals: 00V ac 0/0 Hz for minute (excluding RTD input) Across external switch input terminal and GND terminal: 00V ac 0/0 Hz for minute Across communications terminal and GND terminal: 00V ac 0/0 Hz for minute Common mode rejection ratio: 0 db (0/0 Hz±0. Hz, input impedance 00 Ω, across terminals and ground) Normal mode rejection ratio: 0 db (0/0 Hz±0. Hz) Temperature ± C Humidity 0±%RH Voltage ±% fluctuation Frequency ±% fluctuation Vibration, Not allowed noise, surge voltage Influence from Not allowed other equipment Mounting Horizontal

6 General specifications Operating conditions Transportation/ storage conditions Rated power voltage Allowable voltage fluctuation Power consumption Rush current Material Color Weight Mounting Mounting angle Ambient temperature Ambient humidity Ambient temperature Ambient humidity Shock resistance Vibration resistance 00 to 0V ac, 0/0 Hz 0 to 0V ac, 0/0 Hz Approx. 0 VA (00 VA max.) Power voltage 0 to 0 C 0 to 0%RH (condensation not allowed) -0 to +0 C (-0 to +0 C for ink ribbon) At -0 to -0 C, only ink ribbon must be stored separately. 0 to %RH (condensation not allowed) m/s (continuously for ms max.). m/s max. (0 to 00 Hz) Approx. A (for 0 ms max.) at 00V ac Approx. A (for 0 ms max.) at 00V ac Case Steel plate Door frame Deformed PPE Door window Acryl Case Frosted gray (DIC or equivalent) Door frame Surface matte gray (DIC or equivalent) to kg (Varies according to basic model No. and optional functions) Panel mount, or horizontal or vertical gang-mounting Bottom rear angle to 0 and top rear angle to from horizontal position

7 Table Input Types, Ranges and Display accuracy Input Range Type Symbol Code mv/v input mv/v indication range DC voltage Resolution 00 ±0 mv - to ± (0.% of rdg+ digits) 0 µv mv 0 ±0 mv - to ± (0.% of rdg+ digits) 0 µv 0 ±0 mv - to ± (0.% of rdg+ digits) 0 µv 0 ±00 mv - to ± (0.% of rdg+ digits) 00 µv 0 ± V - to ± (0.% of rdg+ digits) mv V 0 ± V - to ± (0.% of rdg+ digits) mv 0 0 to 0V - to ± (0.% of rdg+ digits) mv 0 ±0 mv ±0.00 mv ± (0.% of rdg+ digits) 0 µv ±0 mv ±0.00 mv ± (0.% of rdg+ digits) 0 µv mv ±0 mv ±0.00 mv ± (0.% of rdg+ digits) 0 µv ±00 mv ±00.0 mv ± (0.% of rdg+ digits) 00 µv ± V ±.000 V ± (0.% of rdg+ digits) mv V ± V ±.000 V ± (0.% of rdg+ digits) mv 0 to 0 V 0 to V ± (0.% of rdg+ digits) mv Type Symbol Code C Range Display accuracy Resolution Thermocouple (note ) Resistance temperature detector (RTD) R 0 0 to less than 00 C ±. C 0. C 0.0 to 0.0 C 00 to less than 00 C ±. C 0. C S 00 C min. ± (0.% of rdg+ C) 0. C Less than 00 C ±0 C Not specified B 0.0 to 0.0 C 00 to less than 00 C ± C 0. C 00 C min. ± (0.% of rdg+ C) 0. C K to 0.0 C E to 00.0 C J to 00.0 C -00 to less than -00 C ± (0.% of rdg+. C) 0. C -00 C min. ± (0.% of rdg+0. C) 0. C -00 to less than -00 C ± (0.% of rdg+ C) 0. C -00 C min. ± (0.% of rdg+0. C) 0. C -00 to less than -00 C ± (0.% of rdg+. C) 0. C -00 C min. ± (0.% of rdg+0. C) 0. C T to 00.0 C -00 to less than -00 C ± (0.% of rdg+ C) 0. C -00 C min. ± (0.% of rdg+0. C) 0. C N 0.0 to 00.0 C Entire range ± (0.% of rdg+ C) 0. C 0 to less than 00 C ± (0.% of rdg+0 C). C WRe0-0.0 to 0.0 C 00 to less than 00 C ± (0.% of rdg+. C) 0. C 00 C min. ± (0.% of rdg+ C) 0. C WRe- 0.0 to 0.0 C Display accuracy (rdg refers to absolute value of indication value) 0 to less than 00 C ± (0.% of rdg+. C) 0. C 00 C min. ± (0.% of rdg+ C) 0. C 0 to less than 00 C ±0 C. C PR to 0.0 C 00 to less than 00 C ± C to less than 00 C ± (0.% of rdg+ C) 0. C 00 C min. ± (0.% of rdg+. C) 0. C PLII 0.0 to 0.0 C Entire range ± (0.% of rdg+0. C) 0. C Ni-Ni Mo 0.0 to 00.0 C Entire range ± (0.% of rdg+0. C) 0. C Pt to 0.0 C Entire range ± (0.% of rdg+0. C) 0. C JPt to 0.0 C Entire range ± (0.% of rdg+0. C) 0. C JPt to 0.0 C Entire range ± (0.% of rdg+. C) 0. C Ni0-0.0 to 0.0 C Entire range ± (0.% of rdg+0. C) 0. C

8 Type Symbol Code F Range Display accuracy Resolution Thermocouple (note ) Resistance temperature detector (RTD) Communication (note ) ON/OFF signal (note ) R 0 to less than F ± F F to 00 F to less F ± F F S F min. ± (0.% of rdg+ F) F Less than F ±0 F Not specified B to 0 F to less than F ± F F F min. ±(0.% of rdg+ F) F K - to F E - to F J - to 0 F - to less than - F ± (0.% of rdg+ F) F - F min. ± (0.% of rdg+ F) F - to less than - F ± (0.% of rdg+ F) F - F min. ± (0.% of rdg+ F) F - to less than - F ± (0.% of rdg+ F) F - F min. ± (0.% of rdg+ F) F T - to F - to less than - F ± (0.% of rdg+ F) F - F min. ± (0.% of rdg+ F) F N to F Entire range ± (0.% of rdg+ F) F to less than F ± (0.% of rdg+ F) F WRe0- to 0 F to less than F ± (0.% of rdg+ F) F F min. ± (0.% of rdg+ F) F WRe- to 0 F to less than F ± (0.% of rdg+ F) F F min. ± (0.% of rdg+ F) F to less than F ± F F PR0-0 0 to F to less than F ± F F to less than F ± (0.% of rdg+ F) F F min. ± (0.% of rdg+ F) F PLII to F Entire range ± (0.% of rdg+ F) F Ni-Ni Mo to F Entire range ± (0.% of rdg+ F) F Pt to 0.0 F Entire range ± (0.% of rdg+. F) 0. F JPt to 0.0 F Entire range ± (0.% of rdg+. F) 0. F JPt0 -.0 to 0.0 F Entire range ± (0.% of rdg+. F).0 F Ni0 -.0 to 0.0 F Entire range ± (0.% of rdg+. F) 0. F 0 to - to 0 Note : Indication accuracy does not include reference contact compensation accuracy. The final indication accuracy, when reference contact compensation is ON (default), is obtained by adding the following reference contact compensation accuracy to the indication accuracy in the tables. Reference contact compensation accuracy Type: K, E, J, T, N, PLII, Ni-Ni Mo: ±0. C/± F Note that the reference contact compensation accuracy is as follows at low temperatures: At K, E, J, T input -00 C/- F or less: ± C/± F Type: R, S, B, WRe0-, WRe-: ± C/± F Type: PR0-0: ± C/± F Note : Communications input: The data that is written to a specific address (see Communications Address Table) by communications is processed as PV values. Note : ON/OFF signal: The data that is specified by the following sub-codes is processed as digital signals. Digital signal No. Digital Input Data Acquisition Destination Supplementary Explanation 0 to Relay outputs No. to No. to Open collector outputs No. to No. to inputs No. to No. to Internal contact inputs No. to No. These can be specified regardless of actual digital input or output. However, if an unmounted digital input is specified, the setting is fixed at OFF.

9 MODEL SELECTION GUIDE I II III IV V VII VIII Example: SRFAS000 I II III IV V VI VII VIII Basic Model No. SRF0 SRF SRF Power Input Option Option Option Addition Addition A S 0 mm -dot recorder 0 mm -dot recorder 0 mm -dot recorder 00 to 0V ac, 0/0 Hz Description Full multi-input (standard specification) 0 None Relay outputs () Relay outputs () + external switch outputs () Relay outputs () Relay outputs () + external switch outputs () Relay outputs () + open collector outputs () Relay outputs () + open collector outputs () + external switch inputs () 0 Communications not supported RS- RS-C 0 None Chart illumination lamp provided 0 None D Inspection certificate provided T Tropical treatment B Tropical treatment + Inspection certificate provided Y Traceability certificate provided 0 None EXTERNAL DIMENSIONS (unit: mm) PANEL CUTOUT (unit: mm) min min. Attach one pair of mounting brackets either at the top or bottom or at the left and right of the Smart Recorder.

10 WIRING Terminals on rear side Power terminals L N Option terminals L N Relay output terminals Relay output terminals Option unit Option unit Analog input terminals Option unit Terminal No. NO COM NC Relay No. NO Option unit Terminal No. NO COM NC Relay No. 0 NC Connection COM Internal circuit To external equipment Relay output wiring L N input terminals 0 input terminals Option unit Option unit Option unit input terminals input Option unit input Common No. No. (internally connected) No. Common No. input Option unit input Common No. No. (internally connected) No. Common No. input Option unit input 0 Common No. No.0 (internally connected) No. 0 Common 0 No. 0 input input input input input input 0

11 input wiring Option unit Open collector output terminal Terminal No. Signal Open collector output Open collector output Open collector output Open collector output Open collector output Open collector output Closed at recorder ON Closed at self diagnostics error Terminal No. Signal Open collector output Open collector output Open collector output Open collector output Open collector output 0 Open collector output Closed at power ON GND : Mutually isolated : Terminal Nos. and, and, and and are electrically live inside the terminal. Terminal No. Signal +Power GND GND +Power GND GND +Power GND Connection Internal circuit Open collector output Open collector output GND GND +Power To external equipment + 0 to V dc and indicate individual open collector output. Analog input wiring to channels to channels to channels to channels SRF0 Connection SRF DC voltage Thermocouple SRF Resistance temperature detector A B C DC current input A B C Attach a current-voltage converting fixed resistor.

12 Open collector output wiring (connection example) L N Option unit Communications terminal FG SD RD RS CS DR CD ER 0 Host computer (master station) Shielded cable FG RD SD Digitronik unit (slave station) RS-C (Azbil Corporation CPL communications) SD RD RS-C Connection RS- Connection L N 0 Option unit RS- (Azbil Corporation CPL communications) SDA SDB RDB RDA Communications terminal (electrically live in terminal) Terminator resistor Terminator resistor Shielded cable Master station (connection example) RDA RDB SDA SDB FG Shielded cable Terminator resistor Terminator resistor Digitronik unit (slave station) SDA SDB RDA RDB FG Shielded cable Digitronik unit (slave station) SDA SDB RDA RDB FG Digitronik unit (slave station) SDA SDB RDA RDB FG st Edition: Issued in Dec. rd Edition: Issued in Jan. 0