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Mitsubishi Electric Q13UDEHCPU — PLCs (Programmable Logic Controllers)

Mitsubishi Q13UDEHCPU PLC CPU, 130K steps

MPNQ13UDEHCPU

Mitsubishi Q-Series, Q13UDEHCPU programmable logic controller CPU, 130K step program capacity, 4096 I/O points, 27.4 mm wide, mature lifecycle.

$2,757.00 – $8,094.57Ref. price · indicative, final on quote
Sourced new & surplus through independent channelsAuthenticity-screened · ESD-safe packingListing updated Jul 2026

Specifications

Q13UDEHCPU key specifications
ParameterValue
Over voltage categoryII or less
DC 5 v internal current consumption0.49 A
Latch (power outage hold) rangeL 0 to 8191 (default 8192 points) [latch range can be set for B, F, V, T, ST, C, D, W]
Allowable momentary power failure timeDepends on power supply unit
Transmission specification- communication modeFull duplex / half duplex
High speed communication area between multiple CPUs32 KB
Installation locationIn the control panel
Number of connectionsSocket communication, MELSOFT connection, MC protocol total 16 pieces 1 for FTP
Storage ambient temperature-25 to 75 ° C (-20 to 75 ° C when system includes AnS / A series unit)
Operating ambient temperature0 to 55 ° C
Pollution degree2 or less
Storage ambient humidity5 to 95% RH, non condensing (10 to 90% RH when the system includes AnS / A series unit)

All specifications

Q13UDEHCPU additional specifications
ParameterValue
Ambient operating humidity5 to 95% RH, non condensing (10 to 90% RH when the system includes AnS / A series unit)
Depth115 mm
Width27.4 mm
Height98 mm
Shipping weight2 Kg
Standard RAM4
Standard ROM256
Standard RAM (Drive 3)1024 KB
Standard ROM (Drive 4)2048 KB
CPU shared memory QCPU standard area8 KB
Number of device points- file register [R]- standard RAM32768 points (R 0 ~ 32767) Up to 524288 points can be used by block switching
Number of device points- file register [ZR]- standard RAM524288 points (ZR 0 to 524287) No block switching required
Mass0.22 kg
Refresh2048 pieces
ATA card511 books
MOV d 0 d 119 ns
Device classClass I
Constant scan0.5 - 2000 ms (Can be set in 0.5 ms increments)
Use elevation0 to 2000 m
Clock functionYear, month, day, hour, minute, second, day of the week (leap year automatic discrimination) accuracy : -2.96 ~ + 3.74s (. TYP + 1.42s) / d at 0 ? accuracy : -3.18 ~ + 3.74s (TYP + . 1.50 s) / d at 25 ° C. Accuracy : -13.20 to +2.12 s (TYP. -3.54 s) / d at 55 ° C.
Control methodStored program iteration operation
Use atmosphereNo corrosive gas
Program capacity130K steps (520K bytes)
Impact resistanceMeets JIS B 3502, IEC 61131-2 (147 m / s 2 , 3 times in each of X, Y and Z directions)
Memory card319 (when using Q3MEM-8 MBS)
Link direct deviceJ □□ \ X □□, J □□ \ Y □□, J □□ \ SB □□, J □□ \ SB □□, J □□ \ SB □□, J □□ \ SW □□, J □□ \ SW □ Device specification form for directly accessing the link device of the network unit □
Estimated lead timeUsually ships in 1 - 10 working days.
RUN (PAUSE contact)One point of each RUN / PAUSE contact can be set from X 0 to 1 FFF
Memory card (RAM) (Drive 1)Amount of installed memory card capacity (maximum 8 Mbytes)
Memory card (ROM) (Drive 2)(Flash card : up to 4 Mbytes, ATA card : up to 32 Mbytes)
Memory card (ROM) flash card288 books
Input (output control method)Refresh method (Direct access input / output possible by specifying direct access input / output (DX, DY))
Number of input (output points)4096 points (X / Y 0 to FFF)
Number of input (output devices)8192 points (X / Y 0 to 1 FFF)
Intelligent functional unit deviceDevice specification that directly accesses buffer memory of intelligent function module Format : U □□ \ G □□
Number of device points- timer [T]Default 2048 points (T0 to 2047) (Shared by low-speed timer / high-speed timer) (Changeable) Low-speed timer / high- speed timer specified by instruction Low-speed timer / high-speed timer measurement unit is set by parameter (low-speed timer : 1 to 1000 ms, 1 ms increment, default 100 ms) (High-speed timer : 0.1 to 100.0 ms, 0.1 ms increments, default 10.0 ms)
Number of device points- counter [C]Normal counter : default 1024 points (C 0 ~ 1023) (changeable)
Number of device points- pointer [P]4096 points (P 0 ~ 4095) (Number of device points fixed) Use range of local pointer / common pointer can be set by parameter
Number of device points- edge relay [V]Default 2048 points (V 0 to 2047) (changeable)
Number of device points- link relay [B]Default 8192 points (B 0 to 1 FFF) (changeable)
Number of device points- step relay [S]Default 8192 points (S0 to 8191) (changeable)
Memory capacity program memory (drive 0)520 KB
Number of device points- annunciator [F]Default 2048 points (F 0 to 2047) (changeable)
Number of device points- latch relay [L]Default 8192 points (L0 to 8191) (changeable)
Number of device points- data register [D]Default 12288 points (D 0 to 12287) (changeable)
Number of device points- link register [W]Default 8192 points (W 0 to 1 FFF) (changeable)
Number of device points- internal relay [M]Default 8192 points (M0 to 8191) (changeable)
Number of device points- special relay [SM]2048 points (SM 0 to 2047) (Device number is fixed)
Number of device points- function input [FX]16 points (FX 0 to F) (Device number is fixed)
Maximum number of stored files program memory252 books
Number of device points- function output [FY]16 points (FY 0 to F) (the number of device points is fixed)
Processing speed sequence instructions LD x 09.5 ns
Number of device points- interrupt pointer [I]256 points (I 0 to 255) (the number of device points is fixed) Periodic interval of system interrupt pointer I 28 to 31 can be set by parameter (0.5 to 1000.0 ms, 0.5 ms increments) Default I 28 : 100 ms, I 29 : 40 ms, I 30 : 20 ms , I31 : 10 ms
Number of device points- special register [SD]2048 points (SD 0 to 2047) (the number of device points is fixed)
Programming language sequence control languageRelay symbol word, logic symbolic word, MELSAP 3 (SFC), MELSAP-L, function block, structured text (ST)
Number of device points- function register [FD]5 points (FD 0 ~ 4) (Device number is fixed)
Number of device points- integration timer [ST]Default 0 point (Shared with low speed integration timer / high speed integration timer) (Changeable) Low speed integration timer / high speed integration timer specified by instruction Set the measurement unit of low speed integration timer / high speed integration timer by parameter (low speed integration timer : 1000 ms, 1 ms increment, default 100 ms) (High-speed integration timer : 0.1 to 100.0 ms, 0.1 ms increments, default 10.0 ms)
Transmission specification- transmission methodBaseband
Number of device points- link special relay [SB]Default 2048 points (SB 0 to 7 FF) (changeable)
Number of device points- extended data register [D]Default 0 point (changeable)
Number of device points- extended link register [W]Default 0 point (changeable)
Number of device points- link special register [SW]Default 2048 points (SW 0 to 7 FF) (changeable)
Transmission specification- data transmission speed100/10 Mbps
Transmission specification- hub and node longest distance100 m
Number of device points- file register [R]- SRAM card (1 mbyte)32768 points (R 0 ~ 32767) Maximum 517120 points can be used by block switching
Number of device points- file register [R]- SRAM card (2 mbytes)32768 points (R 0 to 32767) Maximum 1041408 points can be used by block switching
Number of device points- file register [R]- SRAM card (4 mbytes)32768 points (R 0 ~ 32767) Up to 2087936 points can be used by block changeover
Number of device points- file register [R]- SRAM card (8 mbytes)32768 points (R 0 ~ 32767) Up to 4184064 points can be used by block changeover
Number of device points- file register [ZR]- SRAM card (1 mbyte)517120 points (ZR 0 to 517119) No block switching required
Number of device points- file register [R]- flash card (2 mbytes)32768 points (R 0 to 32767) Maximum 1041408 points can be used by block switching
Number of device points- file register [R]- flash card (4 mbytes)32768 points (R 0 ~ 32767) Up to 2087936 points can be used by block changeover
Number of device points- file register [ZR]- SRAM card (2 mbytes)1041408 points (ZR 0 to 1041407) No block switching required
Number of device points- file register [ZR]- SRAM card (4 mbytes)2087936 points (ZR 0 to 2087935) Block switching not required
Number of device points- file register [ZR]- SRAM card (8 mbytes)4184064 points (ZR 0 to 4184063) Block switching not required
Number of device points- file register [ZR]- flash card (2 mbytes)1041408 points (ZR 0 to 1041407) No block switching required
Number of device points- file register [ZR]- flash card (4 mbytes)2087936 points (ZR 0 to 2087935) Block switching not required
Number of device points- index register (general operation register [Z])Up to 20 points (Z 0 ~ 19)
Intelligent functional unit parameter maximum setting number initial setting4096 pieces
Number of device points- index register [Z] (when ZR device 32-bit qualifier is specified)Up to 10 points (Z0 to 18) (Use index register [Z] as double word)

Product details

PLC CPU for medium-to-large process control

Mitsubishi Q13UDEHCPU is a high-performance PLC CPU from the Q Series, built for control applications requiring 130K steps of program memory and support for up to 4096 I/O points. Program capacity runs 520K bytes (130K steps), enough for multi-machine lines or batch processes. Controlled via stored program iterative operation; input/output handled by refresh method with direct access via DX/DY instructions. Instruction processing speed includes MOV D0 D1 at 19 ns — that's fast enough for high-speed sensor or cam timing.

For a BOM line requiring this exact order code, the mature status means you can commit the line without immediate risk of last-time buy. If you need a cross-reference, this CPU does not drop into panels built around the FX5-16ER/ES — form factor and base memory differ completely.

Width 27.4 mm, depth 115 mm, height 98 mm — fits Q Series base rack, leaves room for I/O modules on the same DIN rail. Rated for 0 to 55°C ambient, 5–95% RH non-condensing, pollution degree 2 or less, overvoltage category II. Use in control panel only, no corrosive gas. Vibration and shock per JIS B 3502 and IEC 61131-2: 147 m/s², three times each axis. Storage temperature from -25 to 75°C.

MPN
Q13UDEHCPU