Qingke WP-100SB Turn Speed Table User Manual

WP-100SB speed meter user manual, introduces the overview, main technical performance, operation instructions, parameter setting, parameter calculation method, and an example of setting coefficient and parameters.


Qingke WP-100SB Turn Speed Table User Manual - cover page
Brand
WP-100SB转速表使用说明书
Category
Industrial Supply
Document type
User Manual
Language
Chinese
Pages
2
File format
PDF
File size
145 KB
Published
10 February, 2012
Updated
30 September, 2023
MD5 checksum
501C505791E3792AB1F8D38D1D9CB1B8

About this manual

The WP-100SB turn speed table is an intelligent speed‑measurement instrument that uses a single‑chip microprocessor. It works with two magnetic speed sensors to display individual speeds and the speed ratio, suitable for monitoring two points on mechanical equipment.

The manual describes the technical specifications, step‑by‑step operation, parameter configuration using the SET, ◄ and ▲ keys, and wiring connections for power and sensor inputs. It also lists the accessories included in a complete set. This manual is written in Chinese.

What's inside

  • Overview
  • Technical Specifications
  • Operation Instructions
  • Parameter Setting
  • Wiring Diagram
  • Accessories and Package

Specifications

Supply voltage85–285 V, 50/60 Hz
Input frequency range0.5 Hz–10 000 Hz
Input signalMatches magnetic speed sensors
Speed measurement rangeDual‑channel 30–9999 r/min (ratio 0–99.99)
Measurement accuracy±0.03 % (digital display)
Factory coefficient setting1.0
Sampling time0.1–5.0 s (factory default 1.0 s)
Operating temperature0–50 °C
Relative humidity≤85 %
Opening size92 × 92 mm
Dimensions96 × 96 × 110 mm
Weight<1.0 kg

Frequently asked questions

What does the display show when there is no signal?

When powered on, the display shows “8888.” and “88.88”. If no signal is detected within 5 seconds, it changes to “0” and “8888”.

How should the power and sensor wires be connected?

Connect +12 V and 0 V to the sensor power inputs; S1 and 0 V to the two outputs of magnetic sensor 1, and S2 and 0 V to sensor 2. Connect L and N to the instrument’s AC power (85–285 V, 50/60 Hz).

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