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IM100CZ04-E4 

10

 

10. SPECIFICATIONS 

 

10.1 Resin Pressure Sensor (CZ-100P) 

 

Specification 

Sensing block construction: 

  4-side adhesion-type strain gauge, wheatstone bridge 

Rated pressure:

 

Fixed nut type: 20 MPa, 35 MPa, 50 MPa, 70 MPa, 100 MPa 
Loose nut type (LL type): 

5 MPa, 10 MPa 

Loose nut type (HL type): 

20 MPa, 35 MPa, 50 MPa, 70 MPa, 

 100 

MPa

 

Loose nut type (LLA type): 

0.5 MPa *, 1 MPa 

*

  Available in combination use with PCT-300, PG500, HA430, or HA930. 

Loose nut type (LLA Z-1024 type):  1 MPa * 

*

  Available in combination use with PCT-300. 

Loose nut type (LLA Z-1024A type):  1 MPa * 

*

  Available in combination use with PG500, HA430, or HA930. 

 

Rated output

   

[Calibration temperature: At diaphragm temperature of 150 

C]:

 

1.2 to 1.8 mV/V 

LLA type (0 to 1 MPa): 

1.0 to 1.6 mV/V 

LLA type (0 to 0.5 MPa):  0.5 to 0.8 mV/V * 

*

  Value 1.0 to 1.6 mV/V is specified on the sensor label. 

LLA Z-1024 type: 

0.5 to 0.8 mV/V * 

*

  Value 1.0 to 1.6 mV/V is specified on the sensor label. 

LLA Z-1024A type: 

0.5 to 0.8 mV/V * 

*

  Value 0.5 to 0.8 mV/V is specified on the sensor label. 

 

The output of each sensor becomes a specific value within 
the range of 1.2 to 1.8 mV/V. 

 

Bridge impressed voltage:

 

10 V DC  (When using PCT-300) 
7.7 V DC (When using PG500) 
8 V DC  (When using HA430 or HA930) 

Accuracy [At diaphragm temperature of 150 

C]:

 

SUS630 diaphragm specification type: 

1.0 % of span (For type exceeding 70 MPa: 

2.0 % of span) 

HASTELLOY C diaphragm specification type: 

1.0 % of span (For type exceeding 50 MPa: 

2.0 % of span) 

Linearity [At diaphragm temperature of 150 

C]:

 

SUS630 diaphragm specification type: 

1.0 % of span (For type exceeding 70 MPa: 

2.0 % of span) 

HASTELLOY C diaphragm specification type: 

1.0 % of span (For type exceeding 50 MPa: 

2.0 % of span) 

Hysteresis [At diaphragm temperature of 150 

C]:

 

SUS630 diaphragm specification type: 

1.0 % of span 

For type exceeding 70 MPa: 

2.0 % of span 

LLA type: 

0.2 % of span 

LLA Z-1024 type: 

1.0 % of span 

LLA Z-1024A type: 

1.0 % of span 

 

HASTELLOY C diaphragm specification type: 

1.0 % of span 

(For type exceeding 50 MPa: 

2.0 % of span) 

Repeatability [At diaphragm temperature of 150 

C]:

 

SUS630 diaphragm specification type: 

0.2 % of span 

HASTELLOY C diaphragm specification type: 

0.4 % of span 

Zero balance:

 

0.6 mV/V (

40 % of span) 

Bridge resistance: 

  Input side*: 374

10 

, Output side: 350

 

As the input side of bridge resistance, the 350

 type is also available.   

  This type is interchangeable with the 374

10 

 type.

 

 

 

 

Temperature characteristics 

Maximum diaphragm temperature:

 400 

Maximum strain gauge temperature:

 150 

 

When the temperature at the bottom of outer tube (nut side) is 
more than 134 

C, the temperature at the strain gauge 

exceed 150 

C. * 

*

 If the temperature at the strain gauge exceed 150 

C, the performance 

cannot be assured. Therefore, cover the heat source with a heat insulating 
material so that the above temperature does not exceed 150 

C. 

The temperature at the strain gauge can be expected not to rise when: 

 the long type of sensor is used or 

 the sensor is installed aslant or transversely. 

If any of the above measures can be taken, take it. 

 

Zero shift due to temperature change

 

[As to diaphragm temperature]:

 

SUS630 diaphragm specification type: 

0.2 % of span/10 

HASTELLOY C diaphragm specification type: 0.3 % of span/10 

LLA type 0.5 MPa: 

0.4 % of span /10 

LLA Z-1024 type, LLA Z-1024A type:  0.3 % of span /10 

Output (sensitivity) shift due to temperature change:

   

Same as 

Zero shift due to temperature change

 

 

 

Mechanical characteristics 

Allowable over pressure:

  120 % of span 

LLA type 0.5 MPa:  1000 % of span 
LLA type 1 MPa: 

500 % of span 

LLA Z-1024 type, LLA Z-1024A type:  500 % of span 

Limited over pressure:

 

150 % of span 

LLA type 0.5 MPa:  2000 % of span 
LLA type 1 MPa: 

1000 % of span 

LLA Z-1024 type, LLA Z-1024A type:  1000 % of span 

Diaphragm material:

 SUS630 

(Standard) 

 

HASTELLOY C (Optional) 

Diaphragm surface treatment:

 

Non surface treatment (Standard) 
CERAMIC Kanigen plate (Optional)

 

Fixing screw section material:

 SUS403 

Lead pipe cover material: 

SUS304 (Fixed nut type only) 

Recommended tightening torque: 

 30 

N

m (300 kgf

cm) [Fixed nut type, PF3/8] 

 60 

N

m (600 kgf

cm) [Loose nut type, PF3/4] 

 
 

10.2 Output Converter (PCT-300) 

 

Input 

Input sensor:

 

Strain gauge type sensor 
[Resin pressure sensor (CZ-100P: RKC product)] 

Input range: 

Standard specification: 

0 to 19.9 mV

 

Explosion-proof construction specification:  0 to 11.6 mV

 

*

 

Excluding bias portion that allows zero adjustment 

Input impedance: 
 

1 M

 or more 

Action at input break: 

  Upscale (The sensor power supply break is the same) 

 

 

Sensor power supply 

Applied voltage: 

Standard specification:  10 V DC (Normal current 28 mA) 
Explosion-proof construction specification: 
 

8.2 V DC (Normal current 16 mA) 

Accuracy:

 Within 

0.1 %, Within 

0.4 % 

Temperature drift:

 30 

ppm/

C or less 

Summary of Contents for CZ-100P

Page 1: ...wer is turned on again To prevent instrument damage as a result of failure protect the power line and the input output lines from high currents with a suitable overcurrent protection device with adequ...

Page 2: ...Diaphragm section material S SUS630 Standard H HASTELLOY C Optional 3 Diaphragm surface treatment N Standard K CERAMIC Kanigin plate Optional 4 Intrinsically safe N Standard For non explosionproof spe...

Page 3: ...he slanting direction Fig 1 B to the horizontal direction Fig 1 C in this order In this case take measures of 1 and 2 if necessary by checking the sensor outer cylinder surface temperature To the rele...

Page 4: ...llow loose fitting Z 1024 or Z 1024A type 0 to 1 MPa Z 1024 or Z 1024A type 24 0 0 2 3 1 5 Pressure sensor installation 1 Make sure the mounting hole is correctly machined If installing the pressure s...

Page 5: ...maximum available current of 8 A Use the solderless terminal appropriate to the screw size Screw size M3 6 Recommended tightening torque 0 4 N m 4 kgf cm Specified solderless terminals With isolation...

Page 6: ...de of PCT 300 refer to drawing on page 6 to 2 Gain setting for CZ 100P LLA Z 1024A type Set the RATED OUTPUT Rated output mV V value specified on the label of the pressure sensor at Gain setting in th...

Page 7: ...wing correction equation and correction factor e1 e0 1 0 5 S K L 5 e0 Rated output of the resin pressure sensor e1 Rated output after the correction S Conductor nominal cross sectional area mm2 K Corr...

Page 8: ...on is fluctuated Value different from the sensor rated output set to the rated output setter for the PCT 300 The diaphragm deteriorated deformed or damaged The sensor exposed to hot or cold wind Some...

Page 9: ...aphragm deformed or damaged as the push rod pushes the diaphragm from the inside as a result of the deformation of the sensor flange by excessive tightening torque 9 EXPLANATION OF EACH TERMS Term Exp...

Page 10: ...0 5 As the input side of bridge resistance the 350 5 type is also available This type is interchangeable with the 374 10 type Temperature characteristics Maximum diaphragm temperature 400 C Maximum st...

Page 11: ...Linearity Within 0 01 of span Noise Within 0 1 p p of span 0 1 to 10 Hz Response 10 Hz 100 Hz transfer type Factory shipment 10 Hz Power supply 90 to 264 V AC Including power supply voltage variation...

Page 12: ...1995 The fourth edition OCT 2013 IMQ00 HEADQUARTERS 16 6 KUGAHARA 5 CHOME OHTA KU TOKYO 146 8515 JAPAN PHONE 03 3751 9799 81 3 3751 9799 E mail info rkcinst co jp FAX 03 3751 8585 81 3 3751 8585 RKC...

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