BOTA BT700 Flow Totalizer User Manual

BT700 flow integrator user manual, introduces the technical indicators, input, output, accuracy, communication, display, power supply, storage conditions, working conditions, selection instructions and other contents of the instrument


BOTA BT700 Flow Totalizer User Manual - cover page
Brand
BOTA
Document type
User Manual
Language
Chinese
Pages
11
File format
PDF
File size
668 KB
Published
14 March, 2012
Updated
30 September, 2023
MD5 checksum
948F8C8F2939A1EEC8C1EA9057FC63A5

About this manual

This manual provides technical specifications, installation instructions, wiring diagrams and detailed operation procedures for the BOTA BT700 flow totalizer. It covers input signal types, output options, accuracy, power requirements, communication interfaces and environmental limits.

The document also describes how to configure parameters, set alarm limits, clear cumulative values and select flow calculation methods for various media such as steam, gas and liquids. This manual is written in Chinese.

What's inside

  • 技术指标
  • 安装与接线
  • 操作及参数说明
  • 报警说明
  • 流量算法说明
  • 参数说明

Specifications

Supported input signals0‑10 mA, 4‑20 mA, 0‑20 mA, 0‑5 V, 1‑5 V, pulse frequency (1 Hz‑8 kHz), PNP/NPN switch
Output capacityMaximum load 1000 Ω
Measurement accuracy±0.2 % full scale for flow, temperature and pressure
Power supply85‑265 V AC, 45‑55 Hz
Operating temperature range-20 °C to 60 °C
Communication interfacesRS485, RS232

Frequently asked questions

How do I clear the total cumulative flow value?

In normal display mode, press the “+” and “V” keys together to reset the total cumulative value.

What alarm output options are available?

The instrument provides up to three isolated 24 VDC/30 mA output channels that can be assigned to upper‑limit, lower‑limit or quantitative alarms.

How can I enter the parameter setting mode?

Long‑press the SET key for 3 seconds to enter the parameter setting state; use PLoc codes (e.g., 1008 for primary parameters) to select the level.

Which input signals can be compensated for temperature and pressure?

The device supports temperature compensation via thermocouples, RTDs and voltage inputs, and pressure compensation via 0‑5 V, 0‑10 mA, 4‑20 mA or 0‑20 mA signals.

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