MICRO-CONTROLLER X mm

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Arnold Brandon Eaton
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Temperature Controller DT SHEET MICRO-CONTROLLER X mm PXF- PXF is an extremely compact temperature controller which has x mm front panel with a large, white LCD and - mm depth behind panel.

1 Temperature Controller DT SHEET MICRO-CONTROLLER X mm PXF- PXF is an extremely compact temperature controller which has x mm front panel with a large, white LCD and - mm depth behind panel. Developed as a successor to the standard model PXR, PXF features fast sampling speed (0 ms) equal to PXH, highly accurate input indication, and universal input, in addition to various functions of PXG, while achieving a competitive price. Equipped with multiple input/output and sophisticated control functions, PXF serves as a suitable temperature controller for a wide range of use. FETURES. Enhanced control performance which makes PXF suitable for a wide range of application Fast sampling speed of 0 ms (cf. PXH: 0 ms, PXR: 00 ms) Improved input indication accuracy For example: indication accuracy when measuring around 0.0 C by using type K thermocouple of which measuring range 0.0 to 00.0 C: ±. C (cf. PXR: ±3. C) Freely configurable control cycle (00 ms to s) Control method selectable among types (ON/OFF control, PID control, fuzzy PID control, selftuning control, PID control, -degrees-of-freedom PID control, motorized valve control (with position feedback input)). ny type of input can be accepted Universal input is supported (thermocouple, RTD, voltage, current) Control output is selectable among types (Relay contact, SSR drive, current linear, voltage linear) The following optional functions can be incorporated: Up to 3 digital inputs and digital outputs Remote SV input, analog re-transmission output Motorized valve control output (with position feedback input) Current monitoring using CT 3. Easy-to-see clear display and user-friendly interface Wide viewing angle, high luminance white LED backlit LCD Large PV display (with character height of. mm which is the highest in the market) Easy-to-distinguish parameter display with screen numbers Easy-to-identify segment alphanumeric display Digit select key for easier value-setting ( keys). Most compact design in the market pprox. 30% reduction in size compared to conventional models. ( mm depth behind panel). variety of functions extending the possibility of temperature controller steps ramp/soak function PID setting pallets, SV pallets, zone PID facilitate frequent change of control conditions Loader interface provided as standard (Power can be supplied via loader cable. Loader software is available from our HP for free of charge) RS communication (optional) capable of cooperative operation, programless communication SPECIFICTIONS. General specifications Power supply: 00 V (-%) to 0 V (0%) C, 0/0 Hz; V (±0%) DC/C Power consumption: 3 V MX. (00 to 0 V C), V MX. ( V DC/C) Insulation resistance: 0 MΩ or more (at 00 V DC) Withstand voltage: Power source all terminals: 00 V C for min Relay contact output all terminals: 00 V C for min etween others 00 V C for min. Input section. Process value input Number of input: Input setting: Programmable scale Input signal: See Table (Universal input: thermocouple, RTD, voltage, current) Standard measurement range and input type: See Table EDS-b Date Oct., 0

2 PXF- Indication accuracy (at Ta = 3 C): Thermocouple input: either ± C ± digit or ±0.3% ± digit of indicated value, whichever is larger *except: Thermocouple : 0 to 00 C: no accuracy assurance Thermocouple R: 0 to 00 C: ±3 C ± digit Thermocouples K, T, E, U, or N: -00 to -00 C: ± C ± digit RTD input: ±0. C ± digit or ±0.% ± digit of indicated value, whichever is larger mv input, voltage input, current input: ±0.3%FS ± digit Temperature effect on sensitivity: ±0.3%FS/0 C Indication resolution: See Table Input sampling rate: 0 ms Input impedance: Thermocouple, mv input: MΩ or more Current input: 0 Ω or less (built-in diode) Voltage input: bout MΩ Variation by signal source resistance: Thermocouple, mv input: ±0.3%FS ± digit per 00 Ω Voltage input: ±0.3%FS ± digit per 00 Ω llowable wiring resistance: RTD: 0 Ω or less (per wire) llowable input voltage: DC voltage input: within ±3V Current input: within ± m Thermocouple, RTD, mv input: within ± V Noise reduction ratio: Normal mode: 0 d (0/0 Hz) Common mode: 0 d (0/0 Hz) etween input and power supply: ± C, at 0 V C, 0/0 Hz Input correction: (a) User adjustment: ±0%FS for each of zero and span point (b) Process value shift: ±0%FS (c) Input filter: 0.0 to 0.0 s (filter OFF if set at 0.0) (d) Square root extraction: -0. to 0% (OFF if set to -0.%) Overrange, underrange: eyond range of - to 0% (accuracy not guaranteed between - and 0, and between 00 and 0%FS) *Pt (-00 to 0 C) input: out of the range between - to 0% 0 to 0 V DC input: out of the range between - to 0% Thermocouple E input: out of the range between - to 0%. Remote SV input (optional) Number of inputs: Input signal: Voltage: 0 to V DC / to V DC/0 to 0 V DC, Current: 0 to 0 m DC/ to 0 m DC (a 0Ω resistor is required for current input) Input impedance: bout MΩ Sampling rate: 0 ms.3 Current transformer (CT) input (optional) Input type: Single phase CT, point For to 30 : CTL--S-H For 0 to 00 : CTL--S-F Range of detected current: to 00 Detected current accuracy: Setpoint ±% FS Detected current resolution: 0. ON time necessary for detection: 300 ms MIN.. Digital input (DI) (optional) Number of points: Up to 3 Specifications: No-voltage contact or transistor input Contact capacity: V DC, about m (per point) Input judgment: ON voltage: V DC or lower OFF voltage: 3 V DC or higher Sampling pulse width: 0 ms MIN. Functions: Remote mode selection, SV changeover, control standby, T startup, timer startup, alarm unlatch, program selection, start/stop/reset, PID switching (normal/reverse), etc.. Valve position feedback signal (potentiometer) input (optional) Resistance range: 00 Ω to. kω (three-wire) Resolution: 0.%FS Input accuracy: ±.0%FS Temperature effect on sensitivity: ±0.%FS/0 C urnout function: Not provided 3. Output section 3. Control output Number of points: Up to ( points: Heating/cooling control) Type: selected among () to () below () Relay contact output (SPST) Proportional cycle: to 0 s Contact structure: SPST (single pole single throw) Contact capacity: 0 V C/30 V DC, 3 (resistive load) Minimum ON/OFF current: 0 m ( V DC) Mechanical life: 0 million operations MIN. (00 operations/min) Electrical life: 00,000 operations MIN. (rated load) () Relay contact output (SPDT) Proportional cycle: to 0 seconds Contact structure: SPDT (single pole double throw) Contact capacity: 0 V C/30 V DC, (resistive load) Mechanial life: 0 million operations MIN. (00 operations/min) Electrical life: 00,000 operations MIN. (rated load) (3) SSR drive output Proportional cycle: to 0 sec ON voltage: V DC (between 0. and 3.V DC) OFF voltage: 0. V DC or lower Maximum current: 0 m DC Load resistance: 00 Ω MIN.

3 () Current output (0 to 0 m DC/ to 0 m DC) ccuracy: ±%FS Load resistance: 00 Ω MX. () Voltage output (0 to V DC/ to V DC/0 to 0 V DC/ to 0 V DC) ccuracy: ±%FS Load resistance: 0 kω MIN. () Motorized valve control output Contact structure: SPST contacts without interlock circuit *SPST: Single Pole Single Throw Contact capacity: 0 V C/30 V DC, 3 (resistive load) Minimum ON/OFF current: 00 m ( V DC) Mechanical life: 0 million operations MIN. (00 operations/min) Electrical life: 00,000 operations MIN. (rated load) 3. lam output (optional) Number of outputs: Relay contact output: up to (shared common) up to 3 (independent common) Output specifications: Relay contact output Contact structure: SPST (single pole single throw) Contact capacity: 0 V C/30 V DC, (resistive load) Minimum ON/OFF current: 0 m ( V DC) Mechanical life: 0 million operations MIN. (00 operations/min) Electrical life: 00,000 operations MIN. (rated load) Output functions: larm output (see larm function ), main unit control mode output, program status output, control output and, etc. Output cycle: 00 ms 3.3 Re-transmission output (optional) Number of points: Type: Current/voltage output (0 to 0 m DC/ to 0 m DC/0 to V DC/ to V DC/ 0 to 0 V DC/ to 0 V DC) Guaranteed output range: 0 to m DC/0 to 0. V DC ccuracy: ±0.%FS (±%FS at m or smaller) Resolution: 0,000 MIN. Load resistance: 00 Ω MX. (current), 0 kω MIN. (voltage) Output cycle: 00 ms Output contents: PV, SV, DV, MV dditional function: Scaling function. Indication/setting section. Display unit Type: LCD (with backlight) Indication contents: Process value indication: -segment, -digit [white] Setpoint indication: -segment, -digit [green] Screen No. indication: -segment, -digit [orange] Indication status: indicator lamps Luminance setting: possible ( steps). Setting section Type: Sheet type keys (with emboss) Number of keys: keys. Control functions. Control types ON/OFF control PID control Dual control (heating/cooling) PID parameters determination: uto tuning Fuzzy PID control Dual control (heating/cooling) PID parameters determination: uto tuning Self tuning control PID control Dual control (heating/cooling) PID parameters determination: uto tuning -degrees-of-freedom PID PID parameters determination: uto tuning Position proportional PID (servo) control with position feedback Full stroke time: 30 seconds MIN.. Control parameters Proportional band (P): 0. to.% Integral time (I): 0 to 300 s Integral time control invalidated when I = 0. Differential time (D): 0.0 to. s Differential time control invalidated when D = 0. Control cycle: 00 to 00 ms (in 00 ms), to s (in seconds) nti-reset windup: 0 to 00% of measurement range Hysteresis band: 0% of measurement range (at -position control only) Number of SV and PID combinations: combinations. Changed by any of parameter setting, digital input, communication, user function keying, zone change..3 Control mode Mode type: uto, Manual, Remote * During -position control in Manual mode, -position manual operation with MV = 00% or 0% is operated. Mode switching: uto Manual: alanceless bumpless uto/manual Remote: alance bumpless uto/manual Remote: alance bumpless. larm function. Number of alarm setting points Up to points (according to the number of DOs). larm type Process value (upper limit/lower limit, absolute/deviation, range), main unit error, etc. (non-excitation, delay, latch, timer function option provided).3 Heater current alarm function (optional) *Current detector (CT) is to be prepared separately (see page.) 3

4 PXF- Detectable range: to 00 Detected current resolution: 0. Setting resolution: 0. Hysteresis: 0.0 to Communication function. RS- interface (optional) Number of points: point Physical specifications: EI- Protocol: Modbus-RTU Communication method: Half duplex bit serial, synchronous communication Code type: Data length: data bits. Parity: Odd, even, none. Communication rate: 00 bps, 00 bps, 3. kbps,. kbps Connection status: Up to 3 units connectable including multidrop master function Communication distance: Up to 00 m (total connect extension) dditional functions: Cooperative operation The function in which several temperature controllers (as slave devices) can be operated by a master temperature controller. Programless communication The function in which a temperature controller can communicate with a PLC without program. Supported PLCs: Mitsubishi PLC Q series Siemens PLC S series. Data backup at power failure Memory protection: Protect by non-volatile memory. Self-diagnosis Method: Program error supervision by watchdog timer 0. Operation and storage conditions Operating ambient temperature: -0 to 0 C Storage temperature: -0 to 0 C Operating/storage ambient humidity: 0%RH MX. (no condensing) Warm-up time: 30 min MIN Vibration: During transportation. m/s (G) or less Impact: During transportation: m/s (30G) or less. Structure Mounting method: Panel mount External terminals: Screw terminals, M3 Case: material: S, PPO Non-combustibility grade: ULV-0 equivalent Color: lack Protection structure: Panel front side: IP, NEM-X equivalent (When the panel is mounted using our genuine packing. Not water-proof if mounted closely together.) ody: IP0 equivalent (slits on top and bottom) Terminals: IP00 equivalent. Terminal cover can be mounted optionally. Dimensions: (W) (H) (D) mm Weight: approx. 0g. User customize function. Program (ramp/soak) function Number of program steps: steps x pattern, 3 steps x pattern, steps x pattern steps x pattern ( step = segments) Control option: Operation control by digital input Status output by digital output asic functions: () Segment time can be set in Hour, Minutes or Minutes, Seconds () Guarantee soak (3) Repeat action () PV start () Delay start () Power restoring function Memory backup: EEPROM. User functions Pressing the user key can perform uto/manual change, Standby ON/OFF change, local SV/remote SV change, ramp/soak change or other functions as assigned..3 Password function 3-level password function 3. Simple power-monitoring function and operating days alarm 3. Simple power-monitoring function y connecting a current transformer (to be prepared separately), electric power consumption of a heater can be displayed. (Electric power is calculated with the fixed voltage value.) Current detector (CT) is to be prepared separately (see page.) Current detection range: to Operating days alarm Displays the operating days and activates alarm output (optional) when it exceeds the setpoint. This function is useful for preventive maintenance because it let you know the appropriate time for maintenance work.. Certification UL, C-UL

5 . EU Directive Compliance LVD (0/3/EU) EN 00- EN EMC (0/30/EU) EN 3- (Table ) EN 0 (Group Class ) EN (Class ) EN RoHS (0//EU) EN 0 Table Measurement range Input type Code (PvT) Measurement range [ C] Minimum input increment [ C] RTD Pt00 PT 0.0 to PT 0.0 to PT3 0.0 to PT 0.0 to PT -0.0 to PT to PT -. to PT -00 to 0 Thermocouple J J 0.0 to DC voltage 0 to V 0-V J -0.0 to J3 0.0 to J -00 to 000 K K 0 to K -0.0 to K3 0.0 to K -00 to 300 R R 0 to 00 0 to 00 S S 0 to 00 T T -. to T -. to E E 0.0 to E -0.0 to E3-00 to 00 L L -00 to 0 U U -. to U -00 to 00 N N -00 to 300 W W 0 to 300 PL-II PL- 0 to 300 to V -V 0 to 0 V 0-0 to 0 V -0 0 to 00 mv MV DC current 0 to 0 m 0-0 to 0 m -0 - to (Scaling range) * Input signal, measurement range, and set value at the time of delivery are as follows: Thermocouple K, Measurement range from 0 through 00 C, Set value 0 C. Switching the input signal among thermocouple, RTD, current, and voltage is available by key operation on the front panel. -

6 PXF- CODE SYMOLS < x mm size> Standard type Digit Specifications <Front panel size W H> mm <Control output > Relay contact (SPST) Relay contact (SPDT) SSR drive output Current output Voltage output <Control output > None Relay contact (SPST) SSR drive output Current output Voltage output Re-transmission output (current) Re-transmission output (voltage) <Revision code> <larm output> None point points 3 points points (independent common) 0 <Power supply voltage/instruction manual> 00 to 0 V C, Japanese & English 00 to 0 V C, English 00 to 0 V C, Chinese & English V C/DC, Japanese & English V C/DC, English V C/DC, Chinese & English <Option> None RS- Communication Digital input (DI, DI) Remote SV input Digital input (DI3) CT input Digital input (DI) RS- communication Digital input (DI) RS- communication Digital input (DI3,, ) uxiliary alarm output (L, L) PXF Note Note Note Note : When using the CT input as a heater burnout alarm, add one alarm output for it in the th code. Note : When using the current input for the remote SV input, add a 0-ohm resistor to the input terminal. C E P Y C E P R S 0 F M J Y V W D M T H G V C 0 0 SCOPE of DELIvERY Controller Instruction manual Panel mounting adapter Watertight packing

7 < x mm size> Motorized valve control type Digit Specifications <Front panel size W H> mm <Control output > Motorized valve control output (without PF input) Motorized valve control output (with PF input) <Control output > None <Revision code> <larm output> None point points 3 points points (independent common) 0 <Power supply voltage/instruction manual> 00 to 0 V C, Japanese & English 00 to 0 V C, English 00 to 0 V C, Chinese & English V C/DC, Japanese & English V C/DC, English V C/DC, Chinese & English <Option> None RS- communication Digital input (DI,, 3) 3 PXF Note 0 3 Y S V Y 0 F M J Y V W D U 0 0 OPTIONL ITEMS Instruction manual for RS- communication function (MODUS) Type: INP-TN Current detector (CT) to 30 Type: ZOZ*CCTL--S-H 0 to 00 Type: ZOZ*CCTL--S- Terminal cover Type: ZZPPXF-00 Parameter loader interface cable Type: ZZP*TQ03C3 Shunt resistor (0Ω ± 0.%) Type: ZZPPXR-0 Current detector (CT) Specification : to 30 Specification : 0 to ø.. ø ø 30 0 ø3. M3,depth Note ) Detection is available only for single phase heater. Note ) Unusable for heater control by thyristor phase angle control.

8 PXF- OUTLINE DIGRM (Unit : mm). (including terminal cover). Mounting adapter t (panel thickness) t Panel Terminal cover (option) PNEL CUTOUT SIZE (Unit : mm) MIN. Rear view Terminal block is not attached to unused terminals (terminal 3 to ) according to the model. Side stick mounting (n units) Waterproof is not available in stick mounting. ( n-3) MIN.. 3. (Terminal cover) 0. Waterproof packing Terminal screw M3

9 TERMINL LLOCTION Standard type Standard type Relay output (SPST) Control output OUT Relay output (SPDT) OUT NO 3 NC SSR Current Voltage - OUT - OUT - OUT Relay output (SPST) SSR Current Voltage Re-transmission output (current) Re-transmission output (voltage) Control output OUT OUT OUT OUT OUT OUT Option RS- 3 RS 3 Digital input larm output points (independent common) L L L L (Note ) 3 points L L L3 or points L Non-C L Note : Power supplies for L and L must be of the same type, either C or DC DI DI- DI CT input 3 3 CT 33 Power supply VC/VDC 00-0VC 0/0Hz 0/0Hz Option Digital output 3 L L Process value input Universal input 3 Thermocouple 3 3 RTD 3 3 Current input 3 Voltage input Digital input 0 DI3 DI- DI DI Remote SV input 3 RSV

10 PXF- Motorized valve control type Motorized valve control type Valve control output Valve Control Open Valve Control Close Option RS- RS 3 3 Digital input larm output points (independent common) L L L L (Note ) 3 points L L L3 or points L Non-C L Note : Power supplies for L and L must be of the same type, either C or DC DI DI- DI PF input 30 I 3 PF 3 33 I Power supply VC/VDC 00-0VC Process value input 0/0Hz 0/0Hz Option Digital input Thermocouple RTD Universal input 3 3 Current input 3 Voltage input DI3 DI- 0

11 INSULTION block diagram Power Control output (relay contact) or Motorized valve OPEN output Control output (relay contact) or Motorized valve CLOSE output larm output and (relay contact) Internal circuit Process value input Remote SV input CT input Valve position feedback (PF) input Control output (SSR drive, current, voltage) Control output (SSR drive, current, voltage) or Re-transmission output larm output (relay contact) larm output (relay contact) larm output to 3 (relay contact) Digital input to 3 Communication (RS-) When the th code is "J" L and : independent common When the th code is other than "J" L to 3: shared common : asic insulation : Functional insulation : No insulation

12 PXF- Caution on Safety *efore using this product, be sure to read its instruction manual. Global Sales Section Instrumentation & Sensors Planning Dept., Fuji-machi, Hino-city, Tokyo -0, Japan Phone: Fax: Information in this catalog is subject to change without notice. Printed in Japan

MICRO-CONTROLLER X (48 96 mm)

MICRO-CONTROLLER X (48 96 mm) PX series Digital Temperature Controller DT SHEET MICRO-CONTROLLER X ( mm) MICRO-CONTROLLER X PXF is an extremely compact temperature controller which has x mm front panel with a large, white LCD and -