XSK Digital Display Instrument

■0.2 level accuracy, measurement and control speed can be set to 10 or 40 times per second,display range -1999~9999.
■Dual four-digit digital tube display (main display + second display), of which the second display can display engineering quantity units, alarm values and other information.
■Universal input, selected by setting up.
■Optional 1 to 4 points alarm output. 7 basic alarm modes and 4 standby alarm modes: upper limit of standby, lower limit of standby, upper limit of standby deviation, and lower limit of standby deviation. (Standby alarm mode: means that when the instrument is powered on, it does not alarm when the measured value is in the output range. When the measured value enters the non-output range, a standby condition is established, and then the alarm is normal).
■10-section polyline correction function.
■1 point external switch input, used for clearing.
■ Peak and valley value acquisition function.
■Communication and transmission are optional.

content

Code description

XSK-

Universal analog input, 0.2 level display accuracy; measurement and control speed can be set to 10 or 40 times per second

Dimension

AH

160×80×125      Hole Size:152×76      （Note①）

AS

80×160×125       Hole Size：152×76   （Note①）

B

96×96×76       Hole Size：92×92      （Note②）

CH

96×48×82       Hole Size：92×45      （Note③）

CS

48×96×82       Hole Size：92×45      （Note③）

D

72×72×75       Hole Size：68×68      （Note④）

E

48×48×88       Hole Size：45.5×45.5  （Note⑤）

Panel specifications

Dual 4-digit LED display

Contact input (optional)

K

1 point external switch input for zeroing.(When AH and CH select K, communication and transmission can only choose one option; E size does not support K option)

Alarm（option）(250V AC/3A,resistive load)

A

T1～T4

1~4 point relay output, are normally open and closed double contacts

O1～O4

1-4 point OC gate output (voltage shall be less than 40VDC and current shall be less than 40 mA)

B

T1～T2

1~2 point relay output, are normally open and closed double contacts

T3～T4

1~4 point relay output, are normally open and closed double contacts

O1～O4

1-4 point OC gate output (voltage should be less than 40VDC and current should be less than 40 mA

C

T1～T2

The output of 1~2 point alarm relay is normally open and closed double contacts

T3

The output of 3 alarm relay is single open contact

T3R

The output of the 3-point alarm relay is normally open and closed double contacts

T4

4 points alarm relay output, the first 3 points are single normally open contact, the fourth point is normally open normally closed double contact

O1～O4

1-4 point OC gate output (voltage should be less than 40VDC and current should be less than 40 mA

D

T1～T2

1~2 point alarm relay output, 1 often open and close double contact; 1 often open contact

T3

3 points of alarm relay output, 1 point is normally open and normally closed double contact, and another 2 points are single and normally open contact

O1～O3

1-3 point OC gate output (voltage should be less than 40VDC and current should be less than 40 mA

E

T1～T2

1~2 point alarm relay output, 1 point often open often closed contact, the other point is normally open contact

O1～O2

1-2 point OC gate output (voltage shall be less than 40VDC and current shall be less than 40 mA)

Transmitting (optional) (resolution: 1/3000; load capacity: 600Ω）

A1

Current output（4-20）mA、（0-10）mA、（0-20）mA

A2

Voltage output（1-5）V、（0-5）V

A3

Voltage output（0-10）V

A4

Voltage output（-5V-+5V）

A5

Voltage output（-10V-+10V)

External power supply (optional)

B1

24V±5% 50mA below

B2

12V±5% 50mA below

B3

10V±5% 50mA below

Communication (option) (the communication protocol is optional through the instrument parameters: Modbus-RTU or TC-ASCII protocol)

S1

The RS232 interface（only AH AS B size)

S2

The RS485 interface

Power Specifications

V0

100-240V AC 50/60 Hz

V1

10-24VAC 50/60Hz；10-24VDC

Note ①: A size instrument

■When selecting 1-point switching input, the instrument’s transmission output and communication functions can only be selected from one of the two.

Note ②: B size instrument

■When selecting 1-point switching input, the instrument’s transmission output and communication functions can only be selected from one of the two.

Note ③:C size instrument

■When selecting an external power supply, you can only choose one of the three switch input, transmission output and communication functions of the instrument (at this time, communication only supports RS485)

■When selecting 1-point switch input, you can only choose one of the three external supply output, transmission output and communication functions of the instrument (at this time, communication only supports RS485)

■When T3R or T4 is selected for alarm, external power supply cannot be selected; transmission output and communication can only be selected one of the two, and communication can only select RS485 mode (i.e. S2)

Note ④: D size instrument

■When selecting an external power supply, you can only choose one of the three switch input, transmission output and communication functions of the instrument (at this time, communication only supports RS485)

■When selecting 1-point switch input, you can only choose one of the three external supply output, transmission output and communication functions of the instrument (at this time, communication only supports RS485)

■When T3 is selected for alarm, external power supply cannot be selected; transmission output and communication can only be selected from one of the two, and communication can only select RS485 mode (i.e. S2)

Note ⑤: E size instrument

■You can choose two out of three for 1-point switching input, transmission output and communication functions (communication only supports RS485 at this time)

When 2-point alarm output is selected2, external power supply cannot be selected; 1-point switching input, transmission output and communication functions can be selected two out of three (communication only supports RS485 at this time)