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7. SETTING PROCEDURE

Make sure to perform setting operations 2, 3 in the power supply off condition.

1. S-LINK system side output setting in case of upper network failure

Perform the

S-LINK

system side output setting for the case when data exchange cannot be

done with the master as per “

8. S-LINK SYSTEM SIDE OUTPUT IN CASE OF UPPER NET-

WORK FAILURE

.”

2. S-LINK system side settings

Set the following items as per “

3. FUNCTIONAL DESCRIPTION

.”

Mode setting
I/O channel No. setting
I/O setting
Status setting

3. DeviceNet side setting

Set the following items as per “

3. FUNCTIONAL DESCRIPTION

.”

Transmission speed setting
Address setting (MAC ID)

4. S-LINK system address recognition

After completion of the

S-LINK

* ; !

10. S-

LINK SYSTEM SIDE ADDRESS RECOGNITION

” and “

11. DISPLAY OF RECOGNIZED AD-

DRESSES

.”

Example of setting

S-LINK

system side output setting in case of upper network failure

All outputs maintained

S-LINK

system side setting

Mode setting: Operation mode
I/O channel No.: 128 Nos.
Address 0 to 63: Input, Address 64 to 127: Output
Status data: Added

3. DeviceNet side setting

Transmission speed: 250kbps
Address (MAC ID): 42

S-LINK

system side

output setting in case
of upper network failure

Set to all outputs
maintained.

If set to all outputs maintained, decimal
points in the address display light up. (al-
ways-on)

Decimal points light up

Mode switch
(RUN/CHK.)

“RUN” side

Mode switch

I/O channel No. control switch

I/O setting switch

Status setting switch

I/O channel No. con-
trol switch (SYS.ADD.)

I/O channel No.: 128 Nos.
B0: ON side
B1: ON side

I/O setting switch

Address 0 to 31 : IN side
Address 32 to 63: IN side
Address 64 to 95: OUT side
Address 96 to 127: OUT side

Status setting switch
(STAT./OFF)

“STAT.” side

DeviceNet transmis-
sion speed setting
switch (RATE)

250kbps

DeviceNet transmission speed setting

DeviceNet address setting

DeviceNet address
setting switch (MAC
ID)

S-LINK

system address recognition

The number of recognized

S-LINK

devices blinks in hexadecimal

form in the address display.

Содержание SL-GU1-D

Страница 1: ... Panasonic Industrial Devices SUNX Co Ltd 2012 MJE SLGU1D No 0037 73V INSTRUCTION MANUAL Sensor Wire saving Link System S LINK S LINK Gateway Controller for DeviceNet SL GU1 D ...

Страница 2: ...erated in the used power supply connect a surge absorber to the supply and absorb the surge Power supply Do not run the wires together with high voltage lines or power lines or put them in the same raceway This can cause malfunction due to induction Make sure that the power supply is off while wiring and installation In order to reduce noise make the wiring as short as possible S LINK cable or Dev...

Страница 3: ... operation CHK Check mode SL GU1 D or when Error 3 I O channel No control switch SYS ADD It sets the No of S LINK I O channels I O channel No setting I O channel No control switch I O channel No 32 64 96 128 B0 OFF ON OFF ON B1 OFF OFF ON ON 4 I O setting switch It sets the I O of the S LINK system I O setting I O setting switch S LINK unit address I O setting IN OUT 0 to 31 0 to 31 Input ON Outpu...

Страница 4: ...DeviceNet NET STATUS POWER MODULE STATUS Indication Signal NET STATUS Green lights up Communication connection completed Green blinks Setting incomplete Red lights up Fatal communication error Red blinks Small communication error MODULE STATUS Green lights up Normal operation Green blinks Wait state Red lights up Fatal error Red blinks Small error POWER Green lights up Power supplied 12 DeviceNet ...

Страница 5: ...the M4 screws with washers supplied as accessory with a tightening torque of 1 17N m or less Engage the hooks on the upper part of the adapter onto the DIN rail and press the lower part of SL GU1 D to mount it on the DIN rail To dismantle pull down the stopper on the lower part of the adapter with a screwdriver etc If this product is enclosed in a control box with the other units the ambient tempe...

Страница 6: ...e Black DC power supply Terminal arrangement 5 4 3 2 1 Wires Be careful not to cause short circuit with any adjacent terminal Connection to SL GU1 D DeviceNet terminal block connector V Black CAN_H Blue Drain Shiled CAN_H V Red Mounting screws DeviceNet terminal block connector S LINK terminal block connector 10 pole No Terminal Description 10 Main canle B For loop wiring 24V Brown 9 0V Blue 8 D W...

Страница 7: ...A local power supply may be necessary depending on the current consumption of the connected S LINK units and the I O devices Error 4 ER4 may occur when the power of SL GU1 D is initially turned on In this case press the system setting button to set the S LINK address When the power of SL GU1 D is initially turned on check the S LINK side output state setting in upper network error condition The li...

Страница 8: ...ned 2 S LINK system side setting Mode setting Operation mode I O channel No 128 Nos Address 0 to 63 Input Address 64 to 127 Output Status data Added 3 DeviceNet side setting Transmission speed 250kbps Address MAC ID 42 1 S LINK system side output setting in case of upper network failure Set to all outputs maintained If set to all outputs maintained decimal points in the address display light up al...

Страница 9: ...D ADDRESS SETTING OF S LINK UNITS S LINK units devices having the mark can be T branch wired using hook up con nectors Devices without the mark must be connected by serial cascade wiring If devices without the mark are T branch wired the branch cable which has been T branch is not monitored for cable disconnection Although addresses of inputs and outputs can be freely assigned in units of 32 irres...

Страница 10: ...are recognized and the unrepaired location cannot be recognized In this case make a judgement regarding the fault location by checking the recognized S LINK unit addresses and comparing them with the unit addresses actually connected 11 DISPLAY OF RECOGNIZED ADDRESSES All the S LINK unit addresses recognized by SL GU1 D can be displayed by the following pro cedure However in case of a multi channe...

Страница 11: ...ulty S LINK units is displayed in the address display and the decimal points light up simultaneously SL GU1 D can monitor the following faults Decimal points lights up Monitoring by SL GU1 D Signal transmission line disconnection S LINK unit falut valid only for devices with mark Main cable disconnection Branch cable disconnection valid only for devices with mark Output A Cable disconnection 10 20...

Страница 12: ...itch MODE is set to CHK cable disconnection is not detected and the address causing this fault cannot be displayed even if there is a cable disconnection 14 ERROR INDICATORS The error indicators light up as per the faults given below ER1 Error 1 Short circuit between D and G ER3 also lights up ER3 Error 3 Abnormal voltage level between D and G ER4 Error 4 Disconnection of D or G line Fault in conn...

Страница 13: ...ransmission I O data area Output data area I O data assignment for S LINK unit address The S LINK addresses are organized linearly and each S LINK unit can be assigned I O set ting in units of 32 Further the upper level transmission reception I O data is divided into input data and output data assigned and transmitted and organized continuously from the lowest position As an example the memory ass...

Страница 14: ...3H S LINK unit address 0 to 31 input data 04 to 07H S LINK unit address 64 to 95 input data 08H 09H Status data error address Transmission I O data area 00 to 03H S LINK unit address 32 to 63 output data 04 to 07H S LINK unit address 96 to 127 output data Bit Description 0 Error 1 Short circuit between D and G 1 Not used 0 2 Error 3 Abnormal voltage level between D and G 3 Error 4 Cable disconnect...

Страница 15: ...of S LINK system S LINK input unit processing time S LINK system transmission time SL GU1 D pro cessing time Output response delay time of S LINK system SL GU1 D processing time S LINK output unit processing time S LINK system trans mission time Item Time Max S LINK input unit processing time 0 6ms S LINK output unit processing time 2 0ms SL GU1 D processing time S LINK system transmission time 32...

Страница 16: ...utputs maintained can be set S LINK system transmission Transmission speed 28 5kbps Transmission distance Signal main cable total length 200m max with booster 400m max I O channel No Max 128 I Os varies with type of devices used and places connected FAN out 320 No of branches 10 branches or less Ambient temperature 0 to 55 C No dew or ice condensation allowed Storage 20 to 75 C Ambient humidity 35...

Страница 17: ...oduct is EN 61000 6 2 and the following condition must be met to conform to that standard Be sure to meet the condition 1 and furthermore the condition either 2 or 3 should also be met Condition 1 Cable length between the main power supply and the S LINK controller should be under 10m 2 When the power is supplied from S LINK controller to I O devices at a cable distance of more than 10m add a surg...

Страница 18: ...IRECT INCIDENTAL SPECIAL OR CON SEQUENTIAL DAMAGES OF ANY KIND GENERAL TERMS AND CONDITIONS 4 OR ANY DAMAGES RESULTING FROM LOSS OF USE BUSINESS INTERRUPTION LOSS OF INFORMATION LOSS OR INACCURACY OF DATA LOSS OF PROFITS LOSS OF SAVINGS THE COST OF PROCUREMENT OF SUBSTITUTED GOODS SERVICES OR TECHNOLOGIES OR FOR ANY MATTER ARISING OUT OF OR IN CONNECTION WITH THE USE OR INABILITY TO USE THE PRODUC...

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