What does To k1 k5 H110 k1 mean

[T0 K0 K1 K50 K4] :p lc to the first module command.

from k0 k5 d6 k2]: the extension module reads out the PLC parameter command from the CR data.

From extension module CR data readout. M1: The number where the special module is located, M2:

To read the CR (Controlled Register) of a special module, the number d: the location where the read data is stored, and n: the number of data reads at one time.

Operand: Device range.

is a statement that the PLC writes to the memory of the extension module. to is the instruction written. The first K1 represents the first module that the PLC accesses.

The first k4 represents parameter 4 of the module. K4M10 means that the data to be written is stored in 16-bit components from M10 to M15.

To k0 k1 k50 k4 means that the constant 50 is written to 4 consecutive buffer memory bfm with the start address of module 0 1.

From K0, K5, D6, K2 means that the data from the buffer memory BFM of module 0 starting from module 5 is transferred to the PLC, and two units are connected from D6 onwards.

1) Transfer H3111 (H3111=K12561) to Group 1 starting from Buffer Memory (BFM) 0 in a special unit (i.e., send 12561 to 0 in BFM).

2) Transfer 20 to the buffer memory (BFM) in the special unit starting in group 1 (i.e., send 20 to the stuffy 4 in BFM).

Song line 3) reads 3 sets of data from buffer memory (BFM) 5 in a special unit and sends them to D0 of PLC (i.e., data from BFM 5 is sent to D0, data from 6 is sent to D1, and data from 7 is sent to D2).

k is a decimal number and h is a hexadecimal number. Hope.

to k0 k1 k4 k2 means: write channel 1 and channel 2 to a draw with a sample number of 4, and k2 means to execute twice, i.e. two channels.

From k0 k29 k4m10 k1 means that the information about the read error state is stored in the 16 registers M10-M25.

Middle. From k0 k5 d0 k2 means: read the average of the inputs for channel 1 and channel 2.

Deposited to the D0 register.

0d is the first 2 digits of the start address of the special module.

to h0d k1 d138 k5 : is to write the value of d138 to the address of the h0d module buffer memory 1, the value of d139 to write to the address of the h0d module buffer memory 2, the value of d140 to write in the address of the h0d module buffer memory 3, the value of d141 to write in the address of the h0d module buffer memory 4, the value of d142 to write in the address is h0d module buffer memory 5, The hexadecimal h0d is the first 2 digits of the start address of the special module.

010---01F,020---02F Address of the 5th slot (32 o'clock): 030---03F,040---04F Address of the 6th slot (32 o'clock): 050---05F,060---06F Address of the 7th slot (32 o'clock):

070---07F,080---08F Address of the 8th slot (32 points): 090---09F,0a0---0af Address of the 9th slot (32 points): 0b0---0bf, 0c0---0cf address of the 10th slot (32 points):

0d0---0df, 0e0---0ef in the 10th slot is 0d0, the first two digits of the start address are 0d, then h0d is taken.

K1: BFM 1 (starting from buffer memory No. 1).

d138: Data memory.

k5: Write 5 bfm data.

The 1 to command is used between Delta's host and Delta's analog expansion module, and the host writes data to the analog expansion module. (Generally used to initialize extension modules).

2 The first k0 refers to the address of the extension module. (By default, Delta's analog module addresses are sorted from 0 to 7 on the right side of the host.)

3 The second K1 refers to the CR address of the extension module. This k1 generally refers to the input-output type. There are detailed instructions in the manual of the expansion module.

4 The third h0 is to select the input/output type of the analog channel. H0 is generally a voltage type (e.g. 4-20mA 0-10V).

5 The fourth k1 refers to the number of pens written at one time.

The meaning of this command is to initialize the expansion module with address 0 (that is, the first analog module on the right side of the PLC), and select the analog input or output type as voltage (0-10V).

to instruction, a special module writes instruction, and top is the rising edge execution form of the to instruction.

Top k0 k1 h0 k1 is to write h0 to the cr address k1 (the previous k1) of the k0 special module, and only write the k1 (the next k1) data consecutively.

This is the tag of the button and the indicator light, GND is the ground, R is the red light, G is the green light, and the other seven keys are OK, Up, Down, Left, Right, Menu, Auto Adjust or Exit key. Seven-key two-color light.

K0, R, G, GND, K1, K2, K3, K4 K5 K6 respectively, switch, red light, green light, ground, decrease, increase, menu, auto-adjust empty foot empty foot. Hope to adopt!

This is a group number that belongs to the same series.