Samwon Tech Temp 2000 M, 3ch series, 5ch series, 7ch series Instruction Manual

Instruction Manual

SAMWONTECH

※ This edition is common manual for TEMP2500M, TEMP2700M.

Contents

Manipulation

1. Safety instruction (Cautions)

1.1 Checking the product····················································································· 3

1.2 Exterior and how to install··············································································· 6

1.3 Wiring ····································································································· 15

1.4 Display function and name·············································································· 24

1.5 Control part LED ···················································································· 25

2. Manipulation and setting

2.1 Basic operation flow chart··············································································· 26

2.2 Setting button operation ················································································· 27

2.3 How to set the parameters…… ········································································· 28

3. Setting operation state

3.1 Main screen································································································· 31

3.2 Stationary (FIX) operation················································································ 32

3.3 Program operation ·················································································· 37

3.4 Auto tuning screen ·················································································· 42

3.5 Sub channel auto tuning ················································································· 47

3.6 Auto tuning and tuning point············································································· 48

4. Operation related motion setting

4.1 Operation method setting················································································ 49

4.2 FUZZY operation ···················································································· 51

4.3 Setting data change ratio (SLOPE) operation ························································ 52

5. Program setting

5.1 Program pattern setting ·················································································· 54

5.2 Pattern repetition setting ················································································· 61

5.3 File editing ································································································ 62

5.4 Time signal operation ···················································································· 64

5.5 Standby operation ························································································ 67

5.6 Experiment name setting ················································································ 69

6. Graph display and saving setting

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6.1 Pattern graph display ····················································································· 70

6.2 Measured data (PV) graph view········································································· 72

6.3 Setting the measure data (PV) graph saving ························································· 74

6.4 SD memory storage setting ············································································· 76

7. Screen display setting

7.1 Screen display setting····················································································· 77

7.2 DI error occurrence history view········································································ 79

7.3 Heater short state·························································································· 81

8. Time setting ····································································································· 82

9. Communication error·························································································· 84

System setting

10. System setting

10.1 Main screen ································································································ 85

10.2 System parameter setting procedure ····························································· 87

11. Sensor input

11.1 Sensor input setting ······················································································ 88

11.2 Sectional input calibration setting ····································································· 94

12. Control & Transmitting output

12.1 Control output setting ···················································································· 96

12.2 Transmission output setting············································································· 103

13. DO relay output

13.1 Relay No. and parameter setting ····································································· 105

13.2 Other signal relay setting ············································································· 111

13.3 UP, SOAK, DOWN signal operation ···································································· 115

14. Communication

14.1 Communication environment setting (RS232C / RS485)··········································· 116

14.2 Communication environment setting (Ethernet)······················································ 118

15. Inner signal

15.1 Inner signal setting························································································ 119

15.2 Inner signal operation ···················································································· 121

16. ON/OFF signal

16.1 ON/OFF signal setting ················································································· 122

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16.2 ON/OFF signal operation ················································································ 124

17. Alarming signal

17.1 Alarming signal setting ··················································································· 125

17.2 Alarming signal operation ··············································································· 130

17.3 Heater short alarming signal ·········································································· 131

18. PID Group

18.1 PID application scope setting··········································································· 132

18.2 PID group setting ························································································· 135

19. DI function and operation

19.1 DI operation setting ······················································································ 137

19.2 DI error name ··························································································· 142

19.3 DI error creation screen ················································································· 145

20. User screen

20.1 User screen setting ···················································································· 146

20.2 User screen operation ··················································································· 149

20.3 BMP file making method·················································································· 150

21. System initial setting

21.1 Basic screen display setting ············································································ 151

21.2 State display lamp setting ··············································································· 153

21.3 Initial screen operation ·················································································· 154

22. Sub channel setting

22.1 Sub channel system parameter setting screen ······················································ 155

22.2 System parameter setting procedure ····························································· 156

22.3 Sub channel sensor input setting ······································································ 157

22.4 Sub channel control output setting ···································································· 162

22.5 Sub channel relay No. setting ·········································································· 164

22.6 Sub channel communication environment setting ·················································· 166

22.7 Sub channel alarming signal setting ··································································· 168

22.8 Sub channel PID group setting ········································································· 173

22.9 Sub channel system initialization setting ····························································· 175

* Engineering Units

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1. Safety instruction (Cautions)

Thank you for your choice our multi channel programmable controller (TEMP2000M). This installation manual describes how to install this product.

Safety symbol mark

(A) “Handle with care” or “Caution” shall be expressed. In case of violation of this point, it may

(B) “Ground terminal” shall be displayed.

(C)“Supplement explanation” shall be displayed.

(D) “References” shall be displayed.

cause the death, heavy injury or severe damage on the device.

(1) Product: It is displayed in case that there are points to be recognized certainly to

protect the human body and device.

(2) Installation manual : The cautions are described in case of the threatening to the

☞

Make the ground with the ground surface in case of product installation and manipulation.

The information to supplement the explanation is described.

It describes the points to be referred and the reference page.

life and body due to the electric shock and etc.

음 Cautions in this instruction manual 음

(A) AUTO TUNING shall be delivered for the final user to keep always and it shall be kept in the

place within the reach anytime.

(B) Use this product after full understanding on the auto tuning. (C) AUTO TUNING is the description on the details of function of the product and the other points

besides the auto tuning shall not be warranted.

(D) A part of whole part of auto tuning shall not be edited or copied for use. (E) The description in auto tuning may be changed randomly without pre-notice or warning. (F) Even though this auto tuning is made with full effort, it will be appreciated if you inform to the

point of purchase (Dealer shop) in case of finding the deficiencies, mistake and omission in the description.

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음Safety and cautions in the modification(Change)음 음on the product (Change) on the product음

(A) Use this product after full understanding on the cautions (Instructions) for the safety in auto

tuning for the protection and safety of the product of the system to be connected for use.

(B) Our company is not responsible for the use and handling and every loss incurred due to the

negligence without following auto tuning.

this product or the system connected this product shall be installed at the outside of the product.

The modification (Change) or addition to this product is prohibited.

(D) Do not disassemble, repair or modify randomly. It may cause the electric shock, fire and

mal operation.

(E) Please contact the sales department of our company in case of changing the part or

consumables of this product.

(F) Do not allow the inflow of the moisture to this product. It may cause a failure. (G) Do not apply strong impact on this product. It may cause the damage on the product or

mal operation.

음For exemption of their product음

(A) Our company is not responsible for any warrant or liabilities on the product except the

contents defined in quality assurance condition of our company.

(B) Our company is not responsible for any direct or indirect damage to the user or third party

due to the unexpected defect and natural disaster in use of this product.

FFor the quality insurance condition of this product

(A) The warrant period of the product shall be 1 year from the date of purchasing and it shall be

repaired in free of charge in case of the failure created from the normal use defined in auto tuning.

(B) The repair by the failure created after the warranty period of the product shall be processed in

real cost (Payment) according to the defined condition by our company.

warranty period.

(1) Defect by the mistake and fault of the user. (Ex : Initialization due to the loss of the

password and etc) (2) Failure by the natural disaster(Ex : Fire and flood and etc) (3) Failure by the movement after the product installation (4) Failure by the random disassembly, change or damaged on the product (5) Failure by the abnormal electric source such as the instable electric power. (6) Others

(D) Please contact the point of purchasing and sales department of our company in case of

necessity for after sales service due to the failure.

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1.1 Checking the product

▶ Check whether there is no damage on the product by inspecting on the exterior when the product is

accepted. In addition, check the following points.

1.1.1 Check the specification of the ordered product

▶ Check whether the accepted product is same with the ordered specification.

How to check: Check the model name specification code on the right of packing box and label on the left of product case.

⊙ TEMP2□00M - 0□/□/□/□/□ ①

No. Name Symbol Description

① Model

② I/O Board

③ SD card option

④

⑤ HBA option

⑥

Communication

option

TEMP2000M Sub channel

② ③ ④ ⑤ ⑥

5 Screen display part 5.7 inch 7 Screen display part 7.5 inch

0 I/O1 (Relay 12point / Basic) 1 I/O1, 2 (Relay 32point)

N None

SD SD Card

RS RS232C, RS485 (Basic) CE Ethernet

N None A 50A B 100A

C 12A

CH2 2 Channel CH4 4 Channel CH6 6 Channel

⊙ Sub channel -□/□

① ②

No. Name Symbol Description

N None

①

②

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HBA option

(INPUT 1)

HBA option

(INPUT 2)

A 50A

B 100A

C 12A

N None

A 50A

B 100A

C 12A

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1.1.2 Check the packing contents

▶ Check whether the following contents are contained.

TEMP2000M_SERIES

Main body – display part

SD CARD

(In case of

option selection)

I/O2 BOARD

(In case of

option selection)

SMPS

(Product for independent

selling)

TEMP2000M_SERIES

CONTROL PART-Main

Fixing mount End bar

TEMP2000M_SERIES

CONTROL PART-Sub

Cable (2m)

PC⇔control

part

I/O1 BOARD

Cable (1m)

CONTROL

PART⇔I/O1

Cable (3m)

DISPLAY PART

⇔control part

Manual

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1.1.3 Processing of the damaged product

▶ Contact to the point of product purchase or sales department of our company when the product is

damaged at the external inspection on the product as in the above or omission of the parts.

Exchange period for the parts with life span

▶ Check the corresponding exchange period for the following life span parts and exchange

before passing the exchange period when it is necessary.

■ RELAY JQ1P-DC18V, ALD18V equivalent : Under 300,000 times of ON/OFF

■ BATTERY CR2030 3V equivalent : Under 200,000 hours

(A) Contact to the point of product purchase or sales department of our comp for the exchange of

the life span parts.

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1.2 Exterior and how to install

1.2.1 Installation location and environment

ACautions in installation location and environment u

(A) Handle after switching on at the state of installing this product on the panel because there is

a risk of electric shocking. (Cautions for electric shocking)

(B) Do not install this product at the following location and environment.

■ A place where a person can touch the terminal point without recognition

■ A place exposed directly to the mechanical vibrato or impact

■ A place exposed to the corrosive gas or combustible gas

■ A place with big temperature change

■ A place with excessive high (Over 50℃) or low (Under 10℃) temperature

■ A place exposed directly to the direct sunlight

■ A place influenced by electromagnetic wave

■ A place with high humidity (A place over 85% of ambient humidity)

■ A place where the flammable stuffs are placed at the surrounding.

■ A place with many dust or salts

■ A place exposed to the ultra violet light

☞ Even though the case of this product is made of non-flammable material such as

ABS/PC, do no install at the place where the flammable stuffs exist.

음Cautions in installaiton음

(A) Do not place the device or wire which become the cause of the noise near to this product (B) Use the product within 10~50℃, 20~90% RH(The dew shall not be made).

Especially, do not place the excessive heating device at near

(C) Do not install the product in declining. (D) Keep the product within -5~70℃, 5~95%RH (The dew shall not be made). (E) Especially, use after full warming up when it is used in under 10℃. (F) Make wiring after switching off of every device during the wiring (Cautions in electric shock) (G) This product operates in 24V DC, 22VAmax without special manipulation.

There is a risk of the electric shock and fire when it is used in the abnormal electric source

(H) Do not work with wet hand. There is a risk of the electric shock. (I) Keep the basic cautions to reduce the fire, electric shock and risk of injury in use. (J) Install and use according to the instructions on the installation manual. (K) Refer to the installation instruction for the necessary information for the ground. However,

do not ground to the water pipe, gas pipe, phone line and lightening rod. There is a risk of explosion and ignition.

(L) Do not switch on before connection of the devices of the product. It may cause the failure. (M) Do not close the ventilation hole on the product. It may cause the failure. (N) Do not decline the I/O BOARD and install inside the hygrostat. Use after fixing on the holes

on the board with bolts and nuts.

(O) The level of excessive voltage is category Ⅱ and the use environment is DEGREEⅡ.

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1.2.2 External dimension (Unit: mm)

1.2.2.1 External dimension of display part for each model

Model

Name

TEMP2500M 144 144 6.5 33.5 136.5 136.5 156 75

A B C D E F G H

Unit : mm

TEMP2700M 203 180 6.8 38.2 172.5 195.5 192 75

1.2.2.2 External dimension of control part

964.2

100.8

Main unit Sub unit

25.5

964.2

100.8

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1.2.2.3 I/O1 BOARD external dimension

1.2.2.4 I/O2 BOARD external dimension

170 180

124 132

115

104.6

34.7

1.2.3 Panel cutting dimension

▶ In case of general attaching

※ Panel cutting dimension for each model

Unit: mm

MODEL A B C

TEMP2500M 137.5 137.5 250

TEMP2700M 196 173 308.5

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of display

doesn

matter.

1.2.4 How to attach mount

1.2.4.1 How to install display part ▶ TEMP2000M DISPLAY UNIT panel installation method

Insert

DISPL

Panel (Refer to the

anel cutting dimension)

① Cut the panel to be installed. [Refer to 1.2.3 panel cutting dimension] ② Insert the product on the installation hole from the rear side of the main body as shown in the above

diagram

③ Fix the main body using the fixing mount on the upper and lower power of the main body (It is same

with the picture) (User the screwdriver)

▶ In case of installing with VESA mount

☞ VESA dimension (75*75) is same in every product.

Fixing

The installation of fixing mount on the left, right, upper and lower part

’t

Phillips screwdriver

Panel thickness:

VESA dimension (75*75)

※ Cautions

Apply M4*4L ~ 6L bolt in

fixing on vesa hole

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1.2.4.2 How to install control part

▶ In case of installing DIN rail

1) DIN rail preparation

7.3

2) Insert the ⓐ part on the main unit and sub unit into the rail first as shown in the picture and push ⓑ part and the installation shall be made the latch to lock into the rail as shown in the picture.

Latch

ⓐ

ⓑ Push

3) Assemble the installed main unit and sub unit to the direction of arrow as shown in the following picture.

BACK COVER

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4) Both ends of unit is fixed with end bar when the main and sub units are installed not be moved.

How to assemble the end bar

End bar

Firstly insert the end bar on

the upper side of rail

Push up the end bar to

arrow direction

Fasten the screw.

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▶ In case of installing on the wall directly,

1) Disassemble the back cover of main and sub unit as follows.

Main unit

Back cover

② Pulling

▪ Disassemble the back cover by pulling part ②after pressing part ① of main unit. ▪ Check the space to install in consideration of external dimension of screw hole and back cover.

2) Check the space to install in consideration of external dimension of screw hole and back cover.

Main unit back cover

① pushing

Sub unit back cover

Sub unit

Back cover

② Pulling

Sub unit

① Pushing

25.5

100.2

76.6

25.5

76.6

100.2

24.87

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3) Assemble back cover and fix on the wall with screw.

M3X12

Fastening torque

Main unit

BACK COVER

Sub unit

BACK COVER

recommended for screw

0.3 N∙m(3㎏f∙㎝)

▪ Be cautious for the foreign material not to be put into the connector in case of fixing the back

cover on the wall. (Possibility of communication connection fault)

▪ Be cautious for the exposed board surface not to be scratched or damaged.

4) Insert the upper part of the main and sub body on the main/sub back cover and assemble for hook to be locked fully by pushing the lower part.

Main unit

Main BACK COVER ASSY

PUSH

Main body

Sub unit

Sub BACK COVER ASSY

PUSH

Sub body

▪ Check whether the hook is fully assembly after assembling the product main body to the back

cover assembly.

- There is a big possibility of communication/function disorder when it is incompletely assembled.

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5) Fix by inserting the fixing unit for each unit not to be separated as shown in the figure.

Fixing unit

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1.3 Wiring

Cautions

1.3.1 How to wire

1.3.1.1 Recommended specification for electric power cable

▶ Vinyl insulated cable KSC 3304 0.9~2.0 ㎟

1.3.1.2 Recommended specification for terminal

▶ Use the insulated sleeve attached pressured terminal which is proper for M3 screw as shown in the

figure.

▶ Switch off the main power of every supplied gauge and wire after checking with the tester

whether the electric power on the wiring cable is on.

▶ Do not contact with the terminal absolutely because there is a possibility of electricity after

switching on.

▶ Make wire connection after switching off on the wire certainly.

Over 3.0mm Over Φ3.0mm

1.3.1.3 Measure for the noise

▶ Noise source

(A) Relay and contact point (B) Solenoid coil and solenoid valve (C) Electric power line (D) Induction load (E) Inventor (F) Commutator in motor (G) Phase angle control SCR (H) Wireless communication device (I) Welding machine (J) High pressure ignition device and etc (K)

▶ Measure for the noise

Make the wiring in cautious about the following points for the noise creation source.

(A) Make wiring with leaving gap between electric circuit and ground circuit for input circuit. (B) Use the shield wire for the noise from the electrostatic induction.

Connect the shield wire to the ground terminal with using caution not to contact with the 2 point ground as occasion demands.

(C) Make the wire for the input by twisting tightly against the noise from electric induction. (D) Make the wire by referring [1.3.3.5 Use of sub relay] as necessary.

Under Φ5.8mm

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control

1.3.2 Terminal layout

1.3.2.2 TEMP2000M display part terminal

Ethernet

Electric power (24V DC)

COM1 Connect display part and connection part to PC (Ethernet)

COM1 Display part, control part and connection part

COM2 Display part and PCconnection part (RS485)

1.3.2.3 Control part terminal

COM1

Display

part,

control

part and

COM2

I/O board,

control part

and

connection

Electric power (24V DC)

OUT1

(SSR,SCR,RET)

OUT2

(SSR,SCR,RET)

HBA

Main

unit

INPUT

HBA1, 2

OUT1

(SSR,SCR,RET)

OUT2

(SSR,SCR,RET)

Sub unit

INPUT1

Sub unit

INPUT2

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1.3.2.4 I/O1 BOARD terminal

DI10

DI12

DI14

DI16

COM

RLY12 RLY11 RLY10RLY9

RLY12 RLY11 RLY10 RLY9

DI2

DI4

DI6

DI8

DI1

DI3

DI5

DI7

DI9

DI11

DI13

DI15

COM

NO NO

NC NC

COM

I/O1 LINK

NO NO

NC NC

1.3.2.5 I/O2 BOARD terminal

COMCOMCOMCOM COM COM RLY27RLY28RLY29RLY30 RLY31 RLY32

Electric power

(24V DC)

Communication

terminal

RLY8 RLY7 RLY6 RLY5 RLY4 RLY3 RLY2 RLY1

COM COM COM COM COM COM COM COM

I/O2 LINK

RLY26 RLY25 RLY24 RLY23 RLY22 RLY21 RLY20 RLY19 RLY18 RLY17 RLY16 RLY15 RLY14 RLY13

COM COM COM COM COM COM COM COM COM COM COM COM COM COM

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1.3.3 Electric power wiring

▶ For electric power cable, make wiring using the cable with equivalent performance of vinyl insulation

cable (KSC 3304).

☞ Wiring method for electric power of each unit

☞

Electric power 24V DC

Communicati on cable (MP0310AS)

24V DC(+)

24V DC(-)

Communicati on cable (MP0310AS)

24V DC(-)

24V DC (+)

I/O BOARD

220V AC

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Wiring method for electric power control unit of each unit

1.3.3.1 Measured input (ANALOG INPUT) wiring

▶ Switch off the electric power and external power supply on the main body of TEMP2000M certainly in

case of wiring the measurement input because there is a risk of electric shock. ▶ Use the shield attached input wire. Make one point ground for shield. ▶ Make the wiring for the measurement input signal line with leaving the gap from the electric power circuit

or ground circuit. ▶ Use the electric cable with less cable resistance and cable with no resistance difference among 3 lines.

(A) Temperature measuring resistor input (RTD INPUT)

(B) DC VOLTAGE INPUT (C) DC CURRENT INPUT

24V DC

SHIELD

The 3rd class

SHIELD

RTD

The 3rd class

SHIELD

DCmA

The 3rd class

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1.3.3.2 Control output (ANALOG OUTPUT) wiring ▶ Connect using caution for the output polarity. The wrong connection becomes a reason of the main

body.

▶ Use the shield attached cable for output wiring.

In addition, make one point connection for the shield.

(A) Electric voltage pulse output (SSR)

(B) Current output (SCR)

OUT1+

OUT1-

OUT2+

OUT2-

OUT1+

OUT1-

OUT2+

OUT2-

OUT1+

OUT1-

OUT2+

OUT2-

SHIELD

Control panel

The 3

SSR : 24V DC(12V DC min, 600Ω min)

SHIELD

class

Control panel

The 3

SCR : 4~20mA DC, 600Ω max

SHIELD

class

Receiver (Recorder and etc)

The 3

4~20mA DC, 600Ω max

class

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•

1.3.3.3 3 Output (Relay) wiring for external connection point ▶ Please switch off the electric power and power supply to outside from the TEMP2000M main body

certainly in case of wiring the external contact point output because there is an electric shock risk.

▶ Connecting point output (RELAY) : NORMAL OPEN under 30VDC 1A, under 250VAC 1A

Under 30V DC 1A, under 250V AC 1A Under 30V DC 1A, under 250V AC 1A

RLY1

RLY13

COM

RLY2

COM

•

• I/O1 BOARD

Under 30V DC 1A, under 250V AC 1A

RLY9_NC

RLY9_NO

RLY10_NC

RLY10_NO

COM

I/O1 BOARD

NO(NORMAL OPEN): Under 30V DC 1A, Under 250V AC 1A

NC(NORMAL CLOSE):Under 30V DC 1A, Under 250V AC

COM

RLY14

COM

•

RLY11_NC

RLY11_NO

RLY12_NC

RLY12_NO

COM

I/O2 BOARD

I/O1 BOARD

1.3.3.4 Input wiring for contact point (DI) ▶ Use the dry contact point for the external connection point (Relay contact point). ▶ Use the dry contact with sufficient opening and closing capacity for the terminal voltage (About 5V) in

case of OFF and electric current (About 1mA) in case of ON.

▶ Use the both terminal voltage under 2V, and under 100μA of leak current in case of contact point ON

when the open collector is used.

Relay contact point input Transistor contact point input

DI1

DI2

•

DI16

DI_COM

DI1

DI2

•

DI16

DI_COM

I/O1 BOARD

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1.3.3.5 Use of sub relay

▶ ON/OFF the load with use of sub relay in case that the resistance load exceeds the relay specification. ▶ In case of using the inductance (L) load such as the sub relay and solenoid valve, insert the CR filter (In

using AC) or diode (In using DC) by constituting the surge suppressor circuit for spark removing certainly because it becomes a reason for mal operation and relay failure.

▶ Recommended CR filter

☞ Sungho Electronics : BSE104R120 25V (0.1μ+120Ω) ☞ HANA PARTS CO : HN2EAC ☞ Songmi Electric Co: CR UNIT 953, 955 etc ☞ Jiwoel Electric Manufacturing Co:: SKV, SKVB etc ☞ Shinyoung Communication Co :: CR-CFS, CR-U etc

① In case of DC relay

※ RELAY (Use the relay coil with capacity under the

contact point capacity.)

Gauge

External DC current

DIODE (Direct connect to the relay coil terminal)

② In case of AC relay

※ RELAY (Use the relay coil with capacity under the

contact point capacity.)

CR filter (Direct connect to the relay coil terminal.)

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1.3.3.7 Display part communication wiring method

15 ~ 20 mm (Minimum marginal dimension in case of cable connection)

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1.4 Display function and name

▶ TEMP2000M display part

① Cover (When the cover is opened, the electric power switch, inserting part of SD card and mini USB

connection part are displayed.)

② TEMP2000M display part electric power switch ③ SD CARD insertion part (Use for SD CARD option.) ④ LED (The yellow lamp is ON when the first electric power is ON) ⑤ Screen display part ⑥ MINI USB (Use by the user is impossible.)

③

⑥

④

⑤

②

①

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playing

play

1.5 Control part LED

▶ COM1 LED blinks when the communication between display part and control part are connected. ▶ COM2 LED blinks when the communication between control part and I/O1 board is connected. ▶ MV LED blinks depending on the control output for temperature.

(A) Main unit

(B) Sub unit

Main and I/O1 BOARD communication dis

LED for displaying the OUT1 output

LED displaying the communication between display part and main unit.

LED for is playing the communication between main unit and sub unit

Main out

Electric

ut display LED

ower display LED

LED for display the OUT2 output

LED for dis

the electric power

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2. Manipulation and setting

▶ This produce is composed of dialogue style screen in touch screen method and it is a programmable

controller designed easy for use by the customer.

2.1 Basic operation flow chart

▶ When the electric power is ON after the installation of the product, the initial screen is displayed

sequentially and it converts to the program stop screen automatically.

☞ It takes about 22 seconds for screen loading.

▶ When the

to the main screen.

☞ Refer to the [21. System initial setting]을 for initial screen change.

(main) button is pressed on the right upper most at the program stop screen, it converts

Logo display screen Initial screen

Main screen Program Stop Screen

2nd Edition of TEMP2000M_Series IM : April. 8. 2014 Page 26 / 176

+ 151 hidden pages

Samwon Tech Temp 2000 M, 3ch series, 5ch series, 7ch series Instruction Manual

Specifications and Main Features

Frequently Asked Questions

User Manual