B Series 8C-56M ROOTS™ Meters

B Series 8C-56M ROOTS™ Meters

Home | Measurement | Rotary Meters | B Series | B Series ROOTS™ 8C-56M

Measurement

Offering a Full Range of Sizes

Dresser Measurement offers a competitive range of ROOTS™ rotary meters for commercial and industrial metering applications, allowing for the selection of the correct meter size for cost effectiveness and accurate measurement. 

 

8C-56M Meters

Accurate Low Flow Performance 

Low start/stop rates extend the rangeability (gas measured) over a wider range of flow conditions.  

Standardized Flanges 

  • 8C/11C/15C size meters have a 6-3/4″ Flange to Flange dimension and 2″ ANSI 150 Flanged Connections for standardization in the meter set design. As loads change, meter sizes are easily interchanged, saving the cost of re-piping. Metric sizes are also available 
  • 5M175 size meters have a 6-3/4″ Flange to Flange dimension and 3″ ANSI 150 Flanged Connections in the meter set design. 
  • 7M175 size meters have a 9-1/2″ Flange to Flange dimension and 3″ ANSI 150 Flanged Connections in the meter set design. 
  • 11M/16M175 size meters have a 9-1/2″ Flange to Flange dimension and 4″ ANSI 150 Flanged Connections in the meter set design. 
  • 23M232 size meters have a 9-1/2″ Flange to Flange dimension and 4″ ANSI 150 Flanged Connections in the meter set design. 
  • 23M175 size meters have a 16″ Flange to Flange dimension and 6″ ANSI 150 Flanged Connections in the meter set design. 
  • 38M175 size meters have a 18″ Flange to Flange dimension and 6″ ANSI 150 Flanged Connections in the meter set design. 
  • 56M175 size meters have a 21″ Flange to Flange dimension and 8″ ANSI 150 Flanged Connections in the meter set design. 
8C-56M Meters
8C-56M Meters
PRODUCT BRAND

Dresser Measurement

PRODUCT CATEGORIES
APPLICABLE REGIONS
Product Literature
ES3 Electronic TC Indexes

ES3 Electronic TC Indexes

Home | Measurement | Electronic Volume Conversion | ES3 Electronic TC Indexes

Measurement

Dresser ES3 Electronic TC Indexes with Mechanical Backup Deliver Accurate Temperature Compensation

Accuracy and reliability are key requirements when selecting a temperature compensating (TC) index. The ES3 product line from Dresser provides the accuracy and reliability you have come to trust from Dresser rotary meters, plus the added security of the established Dresser Series 3 non-compensated mechanical index. The Dresser ES3 is designed for the current temperature compensated Series B meter family.

 

Product Features and Benefits

  • Non-compensated mechanical index
  • Reduced TC proving time (up to 97%) on Model 5 Prover with simple, single cable ES3
  • Non-volatile memory retains the last 150 days of time stamped logged data
  • Factory installed index on both new and refurbished Dresser meters
  • Factory configured indexes for immediate on-site installation
  • Compatible with commercially available AMR devices
  • Simple field replacement of existing Dresser meter indexes
  • Single point temperature recalibration
  • Configurable fixed pressure factor
  • Tamper-resistant magnetic scrolling of LCD display
  • 20 user selectable, scrollable display screens
  • Non-compensated counter masked to customer requirements
  • Battery life displayable in both months and voltage

Electronic Temperature Compensator (ETC)

Electronic Temperature Compensator (ETC)

Home | Measurement | Electronic Volume Conversion | Electronic Temperature Compensator (ETC)

Measurement

Dresser ETC Index Delivers Accurate Temperature Compensation

The Dresser Electronic Temperature Compensator (ETC) is a direct replacement alternative for the existing Dresser mechanical Temperature Compensating (TC) indexes on Dresser Series B and Series A (LM-MA) meters.

The simple, easy to read ETC index provides accurate and reliable temperature and fixed factor pressure compensation. Dresser offers factory installation of the index, optional customization and configuration as well as installation of Automated Meter Reading (AMR) endpoints. The ETC is powered by a lithium battery with an average battery life of 20 years, and stores 150 days of hourly measurement data safely in the on-board non-volatile memory.

 

IMCW2-DP

IMCW2-DP

Measurement

DP Micro Corrector IMCW2 PTZ-DP

The only patented solution for meter health monitoring, the Dresser Differential Pressure (DP) Micro Corrector is an integrated solution which provides the gateway for reduced operational expenses and lower carbon emissions.

The Differential Pressure (DP) Micro Corrector uses continuous monitoring of the differential pressure drop across the meter to monitor your meter’s health, alerting you to conditions which may affect meter accuracy, and by default, lost revenue.

Revolutionizing Traditional Operations

Monitoring a meter’s differential pressure revolutionizes traditional operations and maintenance practices. Instead of regularly scheduled meter site visits, companies can monitor the meter’s health and perform maintenance only as required. Companies can also benefit from the additional peace of mind that expected operations continue well after the technician has left the site.

Remote Communications

Remote communications are available with the support of AUTOSOL’s ACM 8.0 or Itron’s MV-90’s communication interfaces. For regions performing Public Utility Commission mandated DP testing, these remote communications eliminate truck rolls and reduce operating costs. Alternatively, with the push of a button, users can read the last valid differential pressure reading and occurrence date. Thus, no need for second visits or fabricating increased demand to achieve the necessary gas flow for a DP test.

Style 90 Seal-Only Compression Fittings
PRODUCT BRAND

Dresser Measurement

PRODUCT CATEGORIES
APPLICABLE REGIONS
Product Literature

B Series HPC ROOTS™ Meters

B Series HPC ROOTS™ Meters

Home | Measurement | Rotary Meters | B Series | B Series HPC ROOTS™ Meters

Measurement

Dresser Series B3-HPC Meters

Dresser HPC ROOTS Rotary™ Meters employ the same positive displacement operating principle as other Dresser rotary meters. Gas volumes are measured by two figure-8 impellers rotating in a chamber of known volume. Precision machining to exact tolerances ensures measurement accuracy, while materials of construction promote high quality measurement performance in the most severe conditions.  As with all Dresser meters, the High Pressure Cartridge meters are designed to ANSI B109.3 specifications for Rotary Type Gas Displacement Meters. Additionally, the HPC meters meet NACE Standard MR 111075 for corrosion resistant applications. 
B3-HPC

Accessibility Toolbar

Privacy Overview
Dresser Utility Solutions, formerly Dresser Natural Gas Solutions, and its wholly and majority-owned entities, respect your concerns about privacy. References in this Privacy Policy to “Dresser Utility Solutions,”, “we”, “us”, and “our” are references to the entity responsible for the processing of your personal information, which generally is the entity that obtains your personal information.
This Privacy Policy applies to the personal information we obtain through Dresser Utility Solutions’ properties, including websites, mobile applications and social media pages that reference this Privacy Policy (“Online Channels”); offline collection in connection with sales, marketing, partner and supplier engagement (“Offline Channels”); and third-party sources, including ad networks and lead brokers (collectively, the “Channels”). This Privacy Policy describes the types of personal information we obtain through the Channels, how we may use that personal information, with whom we may share it, and how you may exercise your rights regarding our processing of the information. The Privacy Policy also describes the measures we take to safeguard the personal information we obtain and how you can contact us about our privacy practices. The Online Channels may provide links to other third-party websites and features, or contain third-party cookies, that are not owned or controlled by Dresser Utility Solutions. We are not responsible for the privacy practices of third parties, which are subject to their respective privacy policies.

>> VIEW COMPLETE PRIVACY POLICY & CONTACT DETAIL