HICM860 for HIMAP communication driver

 

HICM860 for HIMAP communication driver is the driver to communicate with HIMAP power meter of Hyundai Heavy Industries Co,. Ltd. in Korea.

 

1. Read Settings

 

<Figure 1>, <Figure 2> is read setting example of HICM860 for HIMAP communication driver for HICM-PC. 

<Figure 1>  Read setting example of HICM860 for HIMAP communication driver when using TCP/IP

Device part of  <Figure 1> input Device type(TCP/IP or UDP/IP), IP address of PLC(192.168.1.101), service port of TCP/IP(UDP/IP) protocol ( 4000 : fixed ),respectively, according to setting of controller.

 

Note) UDP/IP service port of HICM860 controller fixed to 4000.

 RS-485 cable between HICM860 and HICM860 when using serial communication, connect 4(+) and 9(-) of Port 3. Also, Port1, Port2, Port4 connect with HIMAP controller.

<Figure 2>  Read setting example of HICM860 for HIMAP communication driver when using serial

Device part of  <Figure 1> input Com Port(COM1), Baud Rate(19200), Parity Bit(0), Data Bit(8), Stop Bit(1) respectively according to setting of controller. 

In protocol option part, you can set whether to use serial protocol(0 = Ethernet, 1 = serial, Default = 0).

 

Note) When you communicate with HICM860, you should to downlad the HIMAP address. So,  HICM860 for HIMAP communication driver made automatic download routine of station data(read schedule) connected Port1 ~ 4.

 

HICM860 for HIMAP communication driver read schedule

Read schedule setting parameters are as follows:

1)     STATION – Station address of HIMAP.

2)     Read Command – Read port number = Port1, Port2, Port3, Port4.

3)     Read Start Address – Don't care.

4)     Save Start Address for Communication Server – Input Memory Start Address which will store the data from equipment.

5)     Read Size – Read size = fixed to 20.

 

Read schedule example)

DWORD,   1,   Port1,   0,   0,   20,

DWORD,   2,   Port1,   0,  20,   20,

DWORD,   3,   Port2,   0,  40,   20,

DWORD,   4,   Port2,   0,  60,   20,

DWORD,   5,   Port2,   0,  70,   20,

 

<Table 1> is data saving address and contents of HICM860 for HIMAP communication driver.

Data Saving Address Contents Data size

Remarks
Start Add + 0 ~ 3 Ir, Is, It, In each 2 BYTE

current
Start Add + 4 ~ 7 Vrs, Vst, Vtr, Vn each 4 BYTE

voltage
Start Add + 8 ~ 9 KW, KVAR each 2 BYTE

power
Start Add + 10 ~ 11 KWh, KVARh each 4 BYTE

amount of power
Start Add + 12 PF 2 BYTE

power factor
Start Add + 13 HZ 2 BYTE

frequency
Start Add + 14 CB 1 BYTE

0 : CB OFF

1 : CB ON
Start Add + 15 status 1 BYTE

0 Bit : ON,

1 Bit : OFF,

2 Bit : Remote,

3 Bit : Local,

4 Bit : Auto
Start Add + 16 relay status 2 BYTE

refer to <Table 2>

Start Add + 17 Phase
(data don't exist
according to setting)		 2 BYTE

Ia  : 0x01

Ib  : 0x02

Ic  : 0x03

In  : 0x04

Vab : 0x05

Vbc : 0x06

Vca : 0x07

Vn  : 0x08
Start Add + 18 Ratio 2 BYTE

data don't exist

according to setting
Start Add + 19 Time 4 BYTE
<Table 1> Data saving address and contents of HICM860 for HIMAP communication driver
Data Saving Address Contents

Remarks
Start Add + 0 CB status

0 : CB OFF

1 : CB ON
Start Add + 1 RLA status

0 Bit : ON,

1 Bit : OFF,

2 Bit : Remote,

3 Bit : Local,

4 Bit : Auto
Start Add + 2 relay status
16 bit
(BIT ON : Trip, 
BIT OFF : Normal)

FI Type                MS, ML Type     SC Type

0  Bit : OCR50,       OCR50,           SCR25A,

1  Bit : OCR51,       OCGR50,         SCR25B,

2  Bit : OCGR50,     OCGR51,         SUVR27,

3  Bit : OCGR51,     THR49,            x,

4  Bit : RUVR27,      DFR87M,         x,

5  Bit : MUVR27,     NSR46,            x,

6  Bit : SUVR27,      51LR,              x,

7  Bit : PSR47,        NCHR66,         x,

8  Bit : NSR47,       50H,                x,

9  Bit : OVR59,       UCR37,            x,

10 Bit : OVGR64,    DGR67,            x,

11 Bit : DGR67,      SGR67,            x,

12 Bit : SGR67,       x,                   x,

13 Bit : x,              x,                   x,

14 Bit : x,              x,                   x,

15 Bit : x,              x,                   x,
<Table 2> Data saving address and contents for Relay status

 If you click the icon  in protocol option part, you can see the dialogue box such as <Figure 3>. you can also set read schedule by using this part.

<Figure 3> Example of HICM860 for HIMAP communication driver’s Option dialogue box

You can set read schedule by using , , button and listbox of <Figure 2>. 

<Figure 4> Example of HICM860 for HIMAP communication driver’s read schedule Add/Edit dialogue box

When you click Add button or Edit button in dialogue box of <Figure 3>, dialogue box of <Figure 4> is shown.

 

2. Writing settings

You can control HIMAP controller by using write settings.

 

Digital Write

Digital write setting parameters are as follows:

1)  PORT                   Port no. (0 ~ 255)

2)  STATION             Station address of HIMAP = 0 ~ 255.

3)  ADDRESS           Don't care.

4)  Extra1                   Don't care.

5)  Extra2                   Don't care.

 

Write example 1)

Port:0,  Station:06,  Address:0000,  Extra1: ,  Extra2: 0

The setting parameter shown above is a CB control(On/Off) example of 6 station number HIMAP controller.

 

Analog Write

Analog write and digital write have the same setting parameters except output value. 

 

3. Connection of communication cable

 Connection of communication cable is as follows.

 

Connection of communication cable to HICM860

Please connect ethernet cable to LAN1 ~ 2 UTP(RJ45) connector when you using ethernet communication.( refer to <Table 6> )

When you using serial communication, please connect RS-485 cable to Port 3, 4( + ), 9( - ) connector. Also Port1, Port2, Port4 connect to HIMAP controller.

<Figure 5>, <Figure 6> are appearance of  HICM860 controller. 

<Figure 5> Appearance of  HICM860 controller
<Figure 6> Main power and communication connector of  HICM860 controller

Note) When communication UDP(or TCP) packet are transfered HICM860 before communicating by serial, HICM860 can not communicate normally with Computer.

In this case, you should to 'Reset' the HICM860 controller.