beautypg.com

Analogue signal processing, Fp0 analogue units, General specifications – Panasonic FP0 Series User Manual

Page 15: Analogue output specification (fp0-a21), Analogue input specification

background image

Analogue Signal Processing

FP0 Analogue Units

15

Item

Description

Rated operating voltage

Operating voltage range

24VDC

21.6 to 26.4VDC

Rated current consumption

FP0-A80: 60mA or less, FP0-A21/A04V: 100mA or less, FP0-A04I: 130mA or less

Ambient temperature

0°C to + 55°C

Storage temperature

-20°C to + 70°C

Size

90 x 25 x 60mm

Weight

appoximately 100g

General specifications

FP0-A21

FP0-A04V

FP0-A04I

1 4

4

0 to 20mA:

0 to 20mA: K 0 to K 4000

-10V to +10V:

-10V to +10V: K -2000 to K+2000

12 bits (1/4000)

500ms

500µs

500µs

1% for full-scale (0 to 55°C), 0.6% for full-scale (at 25 °C)

Voltage mode: less than 0.50

-

Voltage mode: +/- 10mA

-

less than 300

1000

or more

less than 500

Optical coupler insulation between analogue output terminal and FP0 internal circuit

DC/DC converter insulation between analogue output terminal and analogue I/O unit external power supply

DC/DC converter insulation between analogue output terminal and analogue input terminal

16 output points

32 output points

32 output points

Analogue output specification (FP0-A21)

Item

Product

Description

FP0-A21

FP0-A80

Number of channels

Input range selectable
( 2 CH)

2 channels/unit

8 channels / unit

-100 to +100mV / 0 to 5V / -10V to +10V

0 to 20mA

2ms / channel

Voltage mode

0 to 5V / -10V to +10V

Digital output

Resolution

Conversion speed

Overall accuracy

Input impedance

Maximum input

Insulation

FP0 input address

(*1) K means decimal constants.
(*2) Reference temperature → Reference points is start points.
(*3) Reference temperature → Reference points is end points.
(*4) The address varies depending on the position of the analogue unit. (WX2/3, WX4/5 or WX6/7)

Current mode

0 to 20mA

Thermocouple mode

K, J, T type thermocouple
K up to 1000°C or -100°C to terminal temperature (selectable)
J up to 750°C or -100°C to terminal temperature (selectable)
T up to 350°C or -100°C to terminal temperature (selectable)

0 to 5V / 0 to 20mA:

K 0 to K 4000 (H 0000 to H 0FA0)

(*1)

-10 to +10V (-100 to +100mV):

K -2000 to K +2000 (HF830 to H07D0)

Thermocouple: The value of broken wire detection is K 20000.

For plus:

K temperature of terminal (*2) to K 1000 (Unit is Celsius)

For minus: K-100 to K temperature of terminal (*3) (Unit is Celsius)

12 bits (1/4000)

Voltage/current mode:

1ms/ channel

Thermocouple mode:

560ms/ channel

Voltage/current mode:

1% for full-scale (0 to 55°C), 0.6% for full-scale (at 25°C)

Thermocouple mode:

Offset error (0 to 55°C), 2% for full-scale (K-type)

2.7% for full-scale (J-type)
5.8% for full-scale (T-type)

linearity error (0 to 55%): 1% for full scale

Voltage mode: 1M ohm or more

Current mode: 250ohm

Voltage mode: +/- 15V
Current mode: +30mA

Optical coupler insulation between analogue input terminal and FP0 internal circuit

(No insulation between analogue inputs)

DC/DC converter insulation between analogue input terminal and analogue I/O unit external power supply

DC/DC converter insulation between analogue input terminal and analogue output terminal

32 input contact points: First 16 points analogue input CH0 data (WX2) (*4)

Last 16 points analogue input CH1 data (WX3) (*4)

32 input contact points:

First 16 points analogue input

CH0, 2,4,6 data (WX2) (*4)

Last 16 points analogue input

CH1,3,5,7 data (WX3) (*4)

Analogue input specification

Item

Description

4 to 20mA

-10V to +10V

K -2000 to K+2000

K 0 to K 4000

Product

Number of channels

Output signal selectable

Digital input (*1)

Resolution

Conversion speed

Overall accuracy

Output impedance

Maximum output current

Allowable output load

resistance

Insulation

Reserved CPU addresses (*4)

Voltage mode

-10V to +10V

Current mode

0 to 20mA

FP0_broschüre_4093 euen0904 15.10.2004 8:43 Uhr Seite 15

Phone: 800.894.0412 - Fax: 888.723.4773 - Web: www.ctiautomation.net - Email: [email protected]