Platinum Rui Intelligent Flow Accumulator - Wuxi Platinum Rui Measurement

The main features of the intelligent flow integrator are: 1. It is suitable for flow accumulation measurement and control of various liquids, steam, general gases, etc., and for thermal energy measurement and accumulation control of superheated steam/saturated steam. 2. It has multiple input signal functions and can be matched with various differential pressures ..

Main features of intelligent traffic integrator

1. Suitable for flow accumulation measurement and control of various liquids, vapors, general gases, etc., suitable for thermal energy measurement and accumulation control of superheated steam/saturated steam.
2. It has multiple input signal functions and can be matched with various differential pressure, pressure, and frequency flow sensors (such as orifice plates, vortex streets, turbines, etc.). Multiple compensation methods can be freely selected (such as temperature compensation, pressure compensation, temperature compensation+pressure compensation, etc.).
3. The input signal type of the instrument can be changed freely, using new jumper free technology. By setting the internal parameters of the instrument, the instrument can be changed from one input signal to another. Further improving the versatility and reliability of the instrument.
4. It has an extremely wide display measurement range, which can display instantaneous flow measurement values, temperature compensation measurement values, pressure compensation measurement values, flow (differential pressure, frequency) measurement values, and flow accumulation measurement values (0~words) in whole five digits, as well as flow accumulation measurement values in whole eleven digits, accurate to three decimal places (0.001) for accumulation. The internal parameters of the instrument can be set to achieve a large accumulation value of 9999999999.99 × 100.
5. Can perform quantitative/batch control on the measuring medium (with start stop reset function); Ensure that the total accumulated amount of data is not lost through software processing.
6. By using the lookup table method for density compensation, high-precision integration control can be fully automated for superheated steam and saturated steam. Multiple flow integration formulas are built-in, which can adapt to various measurement scenarios. The flow coefficient K can also be automatically calculated based on parameter settings, making parameter settings simpler and more accurate.
7. Capable of serial communication output, using standard MODBUS RTU communication protocol for bidirectional communication with various devices with serial input/output, forming a network control system.

technical indicators

Model number									Explanation
XL	□	-□	□	-□	□	□	-□	□	Uncompensated input flow (thermal energy) accumulation display controller
Overall dimensions	C801 S801 C901								160 × 80mm (horizontal) 80 × 160mm (vertical) 96×96mm
contact method or Printing method		0 2 8 3							No communication output RS-232C communication port RS-485 communication port RS-232C printing port
Alarm/transmission output method			0 2 3 4 5 8						No transmission output relay output 4-20mA transmission output 0-10mA transmission output 1-5V transmission output 0-5V transmission output Special requirements for transmission output
input type				□					Refer to the 'Input Type Table'
Route 1 alarm method					N H L B C D				No alarm upper limit alarm Lower limit alarm (only one alarm method can be selected) Quantitative flow to control - automatic start Quantitative Flow Process Control - Automatic Start Quantitative flow to control - automatic reset
Route Two alarm method						N H L B C			No alarm upper limit alarm Lower limit alarm (only one alarm method can be selected) Quantitative flow to control - manual start Quantitative flow process control - manual start
Feed output							P		One DC24V output (see note)
power supply method								T　　W A	AC90-265V (switch mode power supply) power supply DC24V power supply AC220V power supply (linear power supply)
measurement accuracy								B	0.5% FS ± 1 word (can be omitted) 0.2% FS ± 1 word (please specify)

Input Type Table

transmit/Alarm output mode

Model number

Explanation

XL

□

□

-□

□

-□

□

□

-□

□

□

□

Flow (heat flux) integrator controller

Overall dimensions

C8 S8 C9

160 × 80mm (horizontal) 80 × 160mm (vertical) 96×96mm

Control function

02 03 04 05

Equipped with temperature and pressure compensation input Overheated steam with temperature and pressure compensation - lookup table method Saturated steam with temperature and pressure compensation - lookup table method User specific curve compensation - lookup table method

contact method or Printing method

0 2 4 8 3

No communication output RS-232C communication port RS-422 communication port RS-485 communication port RS-232C printing port

transmit output method

0 2 3 4 5 8

No transmission output 4-20mA transmission output 0-10mA transmission output 1-5V transmission output 0-5V transmission output Special requirements for transmission output

traffic input type

□

Refer to the 'Input Type Table'

Pressure Compensation input type

□

Refer to the 'Input Type Table'

temperature compensation input type

□

Refer to the 'Input Type Table'

Route 1 alarm method

N H L B C D

No alarm upper limit alarm Lower limit alarm (only one alarm method can be selected) Quantitative flow to control - automatic start Quantitative Flow Process Control - Automatic Start Quantitative flow to control - automatic reset (Only one alarm method can be selected)

Route Two alarm method

N H L B C

No alarm upper limit alarm Lower limit alarm (only one alarm method can be selected) Quantitative flow to control - manual start Quantitative flow process control - manual start

Feed output

P 2P

One DC24V output (see note) Two channel DC24V output (see note)

power supply method

T W A

AC90-265V (switch mode power supply) power supply DC24V power supply AC220V power supply (linear power supply)

measurement accuracy

B

0.5% FS ± 1 word (can be omitted) 0.2% FS ± 1 word (please specify)

Instrument communication interface mode

transmit/Alarm output mode