Estimated Lead Time: Usually ships in 1 - 10 working days.
Manufacturer: Mitsubishi Electric
FX2N-16MT-ES/UL
The arithmetic and control system : Stored program repeat operation method (dedicated LSI), there interrupt instruction
Input and output control method : Batch processing method (END when the instruction is executed), input and output refresh command, Pulse catch function
Programming language : Relay symbol system + step ladder system (SFC representation Allowed)
Program memory : The maximum memory capacity : 16000 step comment, 16000 steps, including the file register
Built-in memory capacity and format : 8000 step RAM (backed up by a built-in lithium battery)
Memory cassette (memory board) : · FX-RAM-8 (2000/4000/8000/16000 step correspondence possible) · FX-EPROM-8 (2000/4000/8000/16000 step correspondence possible) · FX-EEPROM-4 (2000/4000 step correspondence possible) · FX-EEPROM-8 (2000/4000/8000 step correspondence possible) · FX-EEPROM-16 (2000/4000/8000/16000 step correspondence possible)
Function Expansion Memory (function expansion memory board) : The sequencer version V3.00 or higher, FX2N-ROM-E1 form function expansion memory board can be mounted short-mail transmission function inverter operation control function -16000 step EEPROM (2000/4000/8000 step also correspondence possible)
RUN during the write function : Yes (can change programs during the sequencer RUN)
Protective function : There is password protection function (by keyword function)
Real-time clock : Clock function : Built from 1980 to 2079 years (with leap year correction) The year 2-digit / 4-digit switch, monthly deviation ± 45 seconds (25 °C)
Type of instruction : Basic instruction : Sequence Instruction: 27 -step ladder instructions: two
Application Instructions : Application Instructions: 132 species
Arithmetic processing speed : Basic instruction : 0.08 s / instruction
Application Instructions : 1.52 to the number of 100 s / instruction
Input and output points : Number of inputs : 184 points or less (at the time of expansion in combination)
Number of outputs : 184 points or less (at the time of expansion in combination)
Remote I / O points (CC-Link) : Following the actual I / O, including 256 points
Total score : Less than 256 points (at the time of expansion in combination)
device : Input and output relay : Input relay : X000 ~ X267 184 points (octal number) extension when used with
Output relay : Y000 ~ Y267 184 points (octal number) extension when used with
Auxiliary relay : For general use : M0 ~ M499 500 points is a non-battery backup area. You can change the battery backup area by the parameter setting.
For Keep : M500 ~ M1023 524 points is a battery back-up area. You can change to a non-battery backup area by the parameter setting.
For Keep (battery backup fixed area) : M1024 ~ M3071 2048 points is the battery backup fixed area. This area is characteristic not be changed.
For special : M8000 ~ M8255 256 points
State : Initial state : S0 ~ S9 10 points
For general use : S10 ~ S499 490 points is a non-battery backup area. You can change the battery backup area by the parameter setting.
For Keep : S500 ~ S899 400 points is a battery back-up area. You can change to a non-battery backup area by the parameter setting.
For annunciator : S900 ~ S999 100 points is a battery back-up area. You can change to a non-battery backup area by the parameter setting.
Timer (on-delay) : 100ms : T0 ~ T199 200 points (0.1 to 3,276.7 seconds)
10ms : T200 ~ T245 46-point (0.01 to 327.67 seconds)
1ms integration type (capacitor keep) : T246 ~ T249 4 points (0.001 to 32.767 seconds) is a battery-backed fixed area. This area is characteristic not be changed.
100ms integration type (capacitor keep) : T250 ~ T255 6 points (0.1 to 3,276.7 seconds) is a battery-backed fixed area. This area is characteristic not be changed.
counter : 16-bit up : C0 ~ C99 100 points (0 to 32,767 counts) is a non-battery backup area. You can change the battery backup area by the parameter setting.
16-bit up (battery backup area) : C100 ~ C199 100 points (0 to 32,767 counts) is a battery back-up area. You can change to a non-battery backup area by the parameter setting.
32-bit bi-directional : C200 ~ C219 20 points (-2,147,483,648 ~ + 2,147,483,647 count) is a non-battery backup area. You can change the battery backup area by the parameter setting.
32-bit bi-directional (battery backup area) : C220 ~ C234 15 points (-2,147,483,648 ~ + 2,147,483,647 count) is a battery back-up area. You can change to a non-battery backup area by the parameter setting.
High-speed counter : [32-bit high-speed up / down] C235 ~ C255 maximum six points usable in one phase: 60KHz, 10KHz 2 phase: 30kHz, 5kHz There is a limit to the number and input frequency that can be used by the conditions used. It is a battery backup area. You can change to a non-battery backup area by the parameter setting.
Data register (32-bit in the pair used) : 16-bit general purpose : D0 ~ D199 200 points is a non-battery backup area. You can change the battery backup area by the parameter setting.
16 bit for Keep (battery backup area) : D200 ~ D511 312 points is a battery back-up area. You can change to a non-battery backup area by the parameter setting.
16 bit for Keep (battery backup fixed area) : D512 ~ D7999 7488 points (D1000 later, Allowed set to file register in the 500-point unit) is a battery backup fixed area. This area is characteristic not be changed.
16 bit for special : D8000 ~ D8255 256 points
For 16-bit index : V0 ~ V7, Z0 ~ Z7 16 points
Pointer : JUMP, for CALL branch : P0 ~ P127 128 points (CJ instruction, for the CALL instruction, for the END jump P63)
Input interrupt : I00 ~ I50 6 points
Timer interrupt : I6 ~ I8 3 points
Counter interrupt : I010 ~ I060 6 points (for HSCS instruction)
nesting : [Master control] N0 ~ N7 8 points (for MC instruction)
constant : Decimal number (K) : 16-bit: -32,768 + 32,767 32-bit: -2,147,483,648 ~ + 2,147,483,647
Hexadecimal (H) : 16-bit: 0 ~ FFFF 32 bit: 0 ~ FFFFFFFF
Power Specifications :
Rated voltage : AC100 ~ 240V
Allowable voltage range : AC85 ~ 264V
Rated frequency : 50 / 60Hz
Allowable momentary power failure time : 10ms will continue to operate for the momentary power failure follows. If the power supply voltage is AC200V system, by the user program, you can change it to 10 ~ 100ms.
Power Fuse : 250V 3.15A (3A)
Inrush current : Maximum 40A 5ms or less / AC100V, maximum 60A 5ms or less / AC200V
Power consumption : 25W
DC24V service power : 250mA or less
DC5V internal supply power supply : 290mA
Input Specifications :
Number of inputs : 8 points
Input connection shape : Terminal block (M3 screws)
Input format : sink
Input signal voltage : DC24V ± 10%
Input impedance : X000 ~ X007 : 3.3k
X010 or later : -
Input signal current : X000 ~ X007 : 7mA / DC24V
X010 or later : -
Input ON sensitivity current : X000 ~ X007 : More than 4.5mA
X010 or later : -
Input OFF sensitivity current : 1.5mA or less
Input response time : About 10Ms X000 ~ X017 (to basic unit built-in number) it has a built-in digital filter, can be changed in 1ms unit to 0 ~ 60ms depending on the application instructions or D8020. If 0 is specified, X000, X001 is 20 s, X002 ~ X017 will be 50 s. (FX2N-16M , the corresponding range of up to X000 ~ X007)
Input signal format : No-voltage contact input NPN open collector transistor
Input circuit insulation : Photocoupler
Input Operation Display : Input ON when the LED lights up
Output Specifications :
Number of outputs : 8 points
Output connection shape : Terminal block (M3 screws)
Output type / format : Transistor / sink output
External power supply : DC5 ~ 30V
Peak load : Resistance load : Output 1 point / common: 0.5A or less output 4 points / common: 0.8A or less Output 8 points / common: 1.6A or less (Y000, Y001 is, 0.3A / output 1 point)
Inductive load : 12W / DC24V (Y000, Y001 is 7.2W / DC24V)
Minimum load : -
Open circuit leakage current : 0.1mA / DC30V
ON voltage : 1.5V
Response time : OFF ON : Y000, Y001: 15 s following Y002 later: 0.2ms or less
ON OFF : Y000, Y001: 30 s following Y002 later: 0.2ms or less
Circuit insulation : Photocoupler
Output operation display : Photocoupler drive when LED lighting
Built-in high-speed counter function :
1 phase 1 count input : [C235, C236] up to two points: the best 60kHz high speed compared to SET / RESET when using: 10kHz high-speed bandwidth comparing HSZ use at the time: 5.5KHz [C237 ~ C245] up to 4 points: up to 10kHz high speed compared to SET / RESET when using: 10kHz high speed bandwidth comparing HSZ use at the time: 5.5kHz high-speed counter, pulse output instruction, the sum of the frequency at which the sequencer pulse density instruction processing (2-phase counter are totaled twice the input frequency) is a 20kHz maximum. During the high-speed comparison SET / RESET use, high-speed counter, pulse output instruction, the sum of the frequency at which the sequencer pulse density instruction processing (2-phase counter are totaled twice the input frequency) is the maximum 11kHz is. High-speed counter, pulse output instruction, the sum of the frequency at which the sequencer processes a pulse density instruction (the two-phase counter summing up the 2 times the input frequency), 5.5kHz is the maximum.
1-phase 2-count input : [C246] up to one point: the best 60kHz high speed compared to SET / RESET when using: 10kHz high-speed bandwidth comparing HSZ use at the time: 5.5KHz [C247 ~ C250] up to two points: the best 10kHz high speed compared to SET / RESET when using: 10kHz high-speed bandwidth comparing HSZ use at the time: 5.5kHz high-speed counter, pulse output instruction, the sum of the frequency at which the sequencer pulse density instruction processing (2-phase counter are totaled twice the input frequency) is a 20kHz maximum. During the high-speed comparison SET / RESET use, high-speed counter, pulse output instruction, the sum of the frequency at which the sequencer pulse density instruction processing (2-phase counter are totaled twice the input frequency) is the maximum 11kHz is. High-speed counter, pulse output instruction, the sum of the frequency at which the sequencer processes a pulse density instruction (the two-phase counter summing up the 2 times the input frequency), 5.5kHz is the maximum.
2-phase 2-count input : [C251] up to one point: the best 30kHz high speed compared to SET / RESET when using: 5kHz high-speed bandwidth comparing HSZ use at the time: 4kHz [C252 ~ C255] up to two points: the best 5kHz high speed compared to SET / RESET when using: 4kHz high-speed bandwidth comparing HSZ when using: 4kHz high-speed counter, pulse output instruction, the sum of the frequency at which the sequencer pulse density instruction processing (2-phase counter are totaled twice the input frequency) is a 20kHz maximum. During the high-speed comparison SET / RESET use, high-speed counter, pulse output instruction, the sum of the frequency at which the sequencer pulse density instruction processing (2-phase counter are totaled twice the input frequency) is the maximum 11kHz is. High-speed counter, pulse output instruction, the sum of the frequency at which the sequencer processes a pulse density instruction (the two-phase counter summing up the 2 times the input frequency), 5.5kHz is the maximum.
Built-in pulse output and positioning function :
Number of controlled axes : Independent 2-axis
Maximum frequency : 20kHz
Programming language : Sequence program
Corresponding basic unit : Transistor output type basic unit
Pulse output instruction : Pulse output (PLSY) , acceleration and pulse output with speed (PLSR) pulse output format: pulse train (the direction is controlled by the sequence)
Positioning instruction : · ABS current value read ([D] ABS) corresponding with V3.00 or more
Ambient temperature : 0 ~ 55 °C ····· operation, -20 ~ 70 °C ····· during storage
Relative humidity : 35 ~ 85% RH (non-condensing) ..... operation
Vibration resistance : When the DIN rail mounting : Frequency: 10 ~ 57Hz : Half amplitude: 0.035mm X, Y, Z each direction 10 times (for a total of each 80 minutes) criteria, according to IEC61131-2
Frequency: 57 ~ 150Hz : Acceleration: 4.9m / s2 X, Y, Z each direction 10 times (for a total of each 80 minutes) criteria, according to IEC61131-2
Direct mounting at the time : Frequency: 10 ~ 57Hz : Half amplitude: 0.075mm X, Y, Z each direction 10 times (for a total of each 80 minutes) criteria, according to IEC61131-2
Frequency: 57 ~ 150Hz : Acceleration: 9.8m / s2 X, Y, Z each direction 10 times (for a total of each 80 minutes) criteria, according to IEC61131-2
Impact : 147m / s2, duration of action 11ms, X at half-sine pulse, Y, Z 3 times each direction criterion, according to IEC61131-2
Anti-noise : Noise voltage 1,000Vp-p, noise width 1 s, due to rising 1ns, cycle 30 ~ 100Hz of noise simulator
Withstand voltage : When performing a withstand voltage test, please go between the ground terminal of each terminal and the basic unit at a voltage of below. Power supply terminal (AC power) and between the ground terminal: AC1.5kV 1 minute DC24V service power supply, and the input terminal (DC24V) and between the ground terminal: AC500V 1 minute output terminal (transistor) and between the ground terminal: AC500V 1 minute
Insulation resistance : When performing the insulation resistance test, please go between the ground terminal of each terminal and the basic unit at a voltage of below. Power supply terminal (AC power) and between the ground terminal: DC500V 5M more in insulation resistance tester DC24V service power supply, and the input terminal (DC24V) and between the ground terminal: DC500V 5M more in insulation resistance tester and the output terminal (transistor) ground terminal between: DC500V 5M more in insulation resistance tester
ground : Class D grounding (ground resistance: 100 or less) <common ground is not allowed with the high-voltage system> ground, please dedicated ground or shared ground.
Use atmosphere : Corrosive, there is no flammable gas, conductive dust (dust) that is not terribly
Advanced use : 2000m or less can not be used in the pressurized environment to more than atmospheric pressure. There is a possibility of failure.
Shipping Weight : 1.3 Kg
