SCM7B Modules Selection Guide

 

 SCM7B Isolated Process Control Analog Signal Conditioners

 

 

SCM7B 모듈 제품 선택 가이드(SCM7B Modules Introduction PDF 다운로드)

SCM7B21/30/31

Isolated Voltage Input Modules

SCM7B22

Isolated Voltage Output Modules

SCM7B32

Isolated Process Current Input Modules

SCM7B33

Isolated Process Voltage Input Modules

SCM7B34/34N

Isolated Linearized RTD Input Modules

SCM7B35

Isolated 2-Wire XMTR Interface Modules

SCM7B36

Isolated Potentiometer Input Modules

SCM7B37

Non-Linearized Thermocouple Input Modules

SCM7B39

Isolated Current Output Modules

SCM7B40/41

Isolated Voltage Input Modules

SCM7B47

Linearized Thermocouple Input Modules

 

  ◆  출  력  범  위  선  택

출   력   범   위

선   택   번   호

선   택   예

+1V to +5V

(none)

SCM7B30-01

0V to 5V

A

SCM7B30-01A

0V to +10V

D

SCM7B30-01A

 

 

Isolated Voltage Input Modules(SCM7B21/30/31 사양 PDF 다운로드)

 

SCM7B21/30/31 Block Diagram

모      델

입   력   범   위

출   력   범   위

SCM7B21

-10V to +10V

-10V to +10V

 

SCM7B30-01

0mV to +10mV

SCM7B30-02

0mV to +100mV

SCM7B30-03

0V to +1V

SCM7B30-05

+1V to +5V

SCM7B30-06

-10mV to +10mV

SCM7B30-07

-100mV to +100mV

SCM7B30-08

-1V to +1V

 

SCM7B31-01

0V to +10V

SCM7B31-02

-5V to +5V

SCM7B31-03

-10V to +10V

SCM7B31-04

0V to +5V

 

 

Isolated Bipolar Voltage Output Modules(SCM7B22 사양 PDF 다운로드)

 

SCM7B22 Block Diagram

모      델

입   력   범   위

출   력   범   위

SCM7B22

-10V to +10V

-10V to +10V

 

 

Isolated Process Current Input Modules(SCM7B32 사양 PDF 다운로드)

 

SCM7B32 Block Diagram

모      델

입   력   범   위

출   력   범   위

SCM7B32-01

4mA to  20mA

SCM7B32-02

0mA to  20mA

 

 

Isolated Process Voltage Input Modules(SCM7B33 사양 PDF 다운로드)

 

SCM7B33 Block Diagram

모      델

입   력   범   위

출   력   범   위

SCM7B33-01

+1V to +5V

SCM7B33-02

0V to +5V

 

 

Isolated Linearized RTD Input Modules(SCM7B34/34N 사양 PDF 다운로드)

 

SCM7B34 Block Diagram

모      델

입   력   범   위

출력범위

Accuracy(1)

Nonconformity(2)

Typical

Max

Typical

Max

100Ω Pt ( α = 0.00385, DIN 43760, JIS C 1604-1989 )

SCM7B34-01

-100℃ to +100℃

±0.075%

(0.15℃)

±0.15%

(0.30℃)

±0.025%

(0.05℃)

±0.05%

(0.10℃)

SCM7B34-02

0℃ to +100℃

±0.10%

(0.10℃)

±0.20%

(0.20℃)

±0.025%

(0.025℃)

±0.05%

(0.05℃)

SCM7B34-03

0℃ to +200℃

±0.075%

(0.15℃)

±0.15%

(0.30℃)

±0.025%

(0.05℃)

±0.05%

(0.10℃)

SCM7B34-04

0℃ to +600℃

±0.05%

(0.30℃)

±0.10%

(0.60℃)

±0.025%

(0.15℃)

±0.05%

(0.30℃)

SCM7B34-05

-50℃ to +350℃

±0.05%

(0.20℃)

±0.10%

(0.40℃)

±0.025%

(0.10℃)

±0.05%

(0.20℃)

120Ω Ni ( α = 0.00672 )

SCM7B34N-01

0℃ to +300℃

±0.15%

(0.45℃)

±0.30%

(0.90℃)

±0.06%

(0.18℃)

±0.12%

(0.36℃)

SCM7B34N-02

0℃ to +200℃

±0.15%

(0.30℃)

±0.30%

(0.60℃)

±0.07%

(0.14℃)

±0.14%

(0.28℃)

1 Accuracy includes the effects of repeatability, hysteresis and linearity.

2 Noncomformity is calculated using the best-fit straight line method.

 

 

Isolated 2-Wire XMTR Interface Modules(SCM7B35 사양 PDF 다운로드)

 

SCM7B35 Block Diagram

모      델

입   력   범   위

출   력   범   위

SCM7B35-01

4mA to 20mA

SCM7B35-02

4mA to 20mA

+2V to +10V

 

 

Isolated Potentiometer Input Modules(SCM7B36 사양 PDF 다운로드)

 

SCM7B36 Block Diagram

모      델

입   력   범   위

출   력   범   위

SCM7B36-01

0 to 100Ω

SCM7B36-02

0 to 200Ω

SCM7B36-03

0 to 500Ω

SCM7B36-04

0 to 1kΩ

SCM7B36-05

0 to 5kΩ

SCM7B36-06

0 to 10kΩ

 

 

Non-Linearized Thermocouple Input Modules(SCM7B37 사양 PDF 다운로드)

 

SCM7B37 Block Diagram

모      델

입  력  범  위

출력

Accuracy(1)

Nonlinearity(2)

Typical

(±0.03%)

Max

(±0.10%)

Typical

(±0.01%)

Max

(±0.02%)

SCM7B37J-01

-100℃ to +760℃

0.26℃

0.86℃

0.09℃

0.17℃

SCM7B37J-10

0℃ to +200℃

0.06℃

0.20℃

0.02℃

0.04℃

SCM7B37J-11

0℃ to +400℃

0.12℃

0.40℃

0.04℃

0.08℃

SCM7B37J-12

0℃ to +600℃

0.18℃

0.60℃

0.06℃

0.12℃

SCM7B37J-13

+300℃ to +600℃

0.09℃

0.30℃

0.03℃

0.06℃

SCM7B37K-02

-100℃ to +1350℃

0.44℃

1.45℃

0.15℃

0.29℃

SCM7B37K-20

0℃ to +300℃

0.09℃

0.30℃

0.03℃

0.06℃

SCM7B37K-21

0℃ to +600℃

0.18℃

0.60℃

0.06℃

0.12℃

SCM7B37K-22

0℃ to +1200℃

0.36℃

1.20℃

0.12℃

0.24℃

SCM7B37K-23

+600℃ to +1200℃

0.18℃

0.60℃

0.06℃

0.12℃

SCM7B37T-03

-100℃ to +400℃

0.15℃

0.50℃

0.05℃

0.10℃

SCM7B37E-04

0℃ to +900℃

0.27℃

0.90℃

0.09℃

0.18℃

SCM7B37R-05

0℃ to +1750℃

0.53℃

1.75℃

0.18℃

0.35℃

SCM7B37S-06

0℃ to +1750℃

0.53℃

1.75℃

0.18℃

0.35℃

SCM7B37B-07

0℃ to +1800℃

0.54℃

1.80℃

0.18℃

0.36℃

1 Accuracy includes the effects of repeatability, hysteresis and linearity.

2 Nonlinearity is calculated using the best-fit straight line method.

 

 

Process Current Output Modules(SCM7B39 사양 PDF 다운로드)

 

SCM7B39 Block Diagram

모      델

입   력   범   위

출   력   범   위

SCM7B39-01

+1 to +5V

4 to 20mA

SCM7B39-02

0 to +10V

0 to 20mA

SCM7B39-03

0 to +10V

4 to 20mA

SCM7B39-04

4 to 20mA

4 to 20mA

 

 

Analog Voltage Input Modules(SCM7B40/41 사양 PDF 다운로드)

 

SCM7B40/41 Block Diagram

모      델

입   력   범   위

출   력   범   위

SCM7B40-02

0 to +100mV

SCM7B40-03

0 to +1V

SCM7B40-07

-100 to +100mV

SCM7B40-08

-1 to +1V

 

SCM7B41-01

0 to +10V

SCM7B41-02

-5 to +5V

SCM7B41-03

-10 to +10V

SCM7B41-04

0 to +5V

SCM7B41-05

0 to +20V

SCM7B41-06

0 to +40V

 

 

Linearized Thermocouple Input Modules(SCM7B47 사양 PDF 다운로드)

 

SCM7B47 Block Diagram

모      델

입  력  범  위

출 력

Accuracy(Typ)*

Accuracy(Max)*

SCM7B47J-01

0℃ to +760℃

±0.11% Span (0.84℃)

±0.32% Span (3.43℃)

SCM7B47J-02

-100℃ to +300℃

±0.10% Span (0.40℃)

±0.30% Span (1.20℃)

SCM7B47K-03

0℃ to +1300℃

±0.11% Span (1.43℃)

±0.32% Span (4.16℃)

SCM7B47K-04

0℃ to +600℃

±0.06% Span (0.36℃)

±0.18% Span (1.08℃)

SCM7B47T-05

0℃ to +400℃

±0.13% Span (0.52℃)

±0.38% Span (1.52℃)

SCM7B47T-06

-100℃ to +200℃

±0.16% Span (0.48℃)

±0.47% Span (1.41℃)

SCM7B47E-07

0℃ to +900℃

±0.11% Span (0.99℃)

±0.34% Span (3.06℃)

SCM7B47R-08

+500℃ to +1750℃

±0.10% Span (1.25℃)

±0.30% Span (3.75℃)

SCM7B47S-09

+700℃ to +1750℃

±0.08% Span (0.84℃)

±0.25% Span (2.63℃)

SCM7B47B-10

+800℃ to +1800℃

±0.12% Span (1.20℃)

±0.35% Span (3.50℃)

SCM7B47N-11

+200℃ to +1300℃

±0.09% Span (0.99℃)

±0.27% Span (2.97℃)

* Accuracy includes the effects of conformity, hysteresis and repeatability.  The CJC sensor
  accuracy should be added to the module accuracy and thermocouple accuracy to compute
  overall measurement accuracy.

 

한국인텔리젼트시스템(Korea Intelligent System)  전화 : 02-3272-9301   Email : sales@intelligent.co.kr