WL450 Stainless Steel or Titanium Water Level Transmitters

The Global Water WL450 All Stainless Steel or Titanium Water Level Transmitters offer standard features and a level of performance that provides outstanding accuracy over temperature.

• Overview

  The WL450 All Stainless Level Transmitter offers standard features and a level of performance that far exceed those of other comparably priced transmitters. The WL450 features a 316L stainless steel diaphragm, digital temperature compensation, and environmentally neutral Hytrel® cable. These assets enable the unit to provide a high level of performance over a long period of time and a wide range of operating conditions

  Key Features:

  • Rugged 316L Stainless steel flush-diaphragm sensor
  • Highly accurate water level measurements
  • Highly Stable digital temperature compensations
  • Steel or Titanium Housing
  • Well-built to support depths of 3ft to 500 ft
  • Durable and environmentally neutral Hytrel® cable
  • Analog and Digital outputs 4-20 mA, RS-485, and SDI-12

  The Global Water WL450 All Stainless Steel or Titanium Water Level Transmitters offer standard features and a level of performance that provides outstanding accuracy over temperature. Designed and ideally suited to environmental monitoring applications such as test wells, surface water, streams and reservoirs.

  In addition to stainless steel, the transmitter is also available in titanium housing for increased resistance to corrosion in seawater, aquaculture, or chlorinated water environments

  WL450 All Stainless Steel and Titanium Water Level Transmitters include a RS485 and SDI-12 direct to digital output for a modem or other communications network. This avoids the error and complication involved with analog to digital conversion devices

• Specifications

  WL450 Water Level Transmitter Sensor and Electronics
  Sensor Element	316L stainless steel, flush mounted
  Available Ranges	0 to 3', 0-15', 0-30', 0-60', 0-120', 0-250', and 0-500'
  Accuracy	Total Error Band ±0.1%, 16 bit digital error correction
  Overpressure	Not to exceed 2x full scale range
  Operating Temp.	14 to 176°F ( -10 to 80°C)
  Temp. Compensation	Digital over entire operating range
  Output	4-20 mA, 2-wire loop powered
  Supply Voltage	10 to 28 VDC
  Load Resistance	mA: < (supply - 8V) / 0.02A
  Power Supply Effect	= ± 0.002% FSO per V input
  Communication	RS-485

  WL450 Water Level Transmitter Sensor and Electronics
  Sensor Element	316L stainless steel, flush mounted
  Available Ranges	0 to 3', 0-15', 0-30', 0-60', 0-120', 0-250', and 0-500'
  Accuracy	Total Error Band ±0.1%, 16 bit digital error correction
  Overpressure	Not to exceed 2x full scale range
  Operating Temp.	14 to 176°F ( -10 to 80°C)
  Temp. Compensation	Digital over entire operating range
  Output	4-20 mA, 2-wire loop powered
  Supply Voltage	10 to 28 VDC
  Load Resistance	mA: < (supply - 8V) / 0.02A
  Power Supply Effect	= ± 0.002% FSO per V input
  Communication	RS-485

• Accessories

  

  Boost Regulator for WL450 Transmitters

  BR100 Boost Regulator

  

  WL-DO WL16 Desiccant Option

  Desiccant Option for WL16 Water Level Logger and WL16 Water Flow/Temperature Logger

  

  WL-SWO Sewer Flow Option for WL16 & WL400 Water Level Sensors

  Sewer Flow Option

  

  Inside Well Option

  Mounting cable to support Housing of unit to hang inside of a well

• FAQs

  What are the best applications for the WL450?

  • Ideal for static level water monitoring and water depths in rivers, streams, groundwater, and other surface water applications.
  • Titanium option excels in coastal and other environments with high salt content.
  • Depth monitoring for wells and/or sludge testing.
  • Water elevation monitoring between different sites.
  • For monitoring water level usage within industrial plants.

  What makes the WL450 different from other YSI water level instruments?

  • It has the ability to use analog and digital outputs such as 4-20, RS-485, and SDI-12.
  • It utilizes Stainless steel or titanium diaphragms.
  • It can be easily connected to external Data logging and telemetry units.
  • It can record water level, but not temperature.
  • It has lightning protection and a surge protector built-in.

  What is the difference between Stainless Steel or Titanium Diaphragm over Silicon?

  • Stainless steel and Titanium are stronger than silicon Diaphragms. In projects where concern may be particles damaging the diaphragm stainless steel and titanium may be the better option over silicon.
  • In environments that have corrosive materials such as salt, titanium is the go-to choice in preventing corrosion.

  What type of depths and cable lengths are available?

  • Depth ranges: 3’,15’,30’,60’,120’,250’,500’
  • Cable lengths: 3’,25’,50’,75’,100’,125’,150’,200’,300’,500’

  Does it have datalogging capability, and how does it connect?

  The WL450 does not have datalogging capability, but can easily be connected to most dataloggers, Scada, PLCs, and telemetry units.

  How is the WL450 calibrated?

  The WL450 is calibrated in the YSI facility and quality certification upon shipment.

• Guides
  • WL450 Water Transmitter Quick Start Guide
• Specification Sheets
  • WL450 All Stainless Water Level Transmitter Specification Sheet | XA00200