GMB

High temp ER Batteries for production logging

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 High temp ER Batteries for production logging  
Hi-temperature ER batteries for pressure gauges:

 High temp ER Batteries for production logging  

Type

Voltage (V)

Capacity (Ah)

Out Diameter/ Length (mm)

Max. Pules Working Current (mA

Working Temperature ()

Gamma Battery pack

36.5

14

38×900

1000

-40~150/180

JMWD-8S

29.0

29.0

37.5 ×1185

1500

-40~150/180

JMWD-10S

28.8-29.2

27.0

37.5

1200

-40~150/180

GE Battery pack

29.0

29.0

37.5×1150

1500

-40~150/180

GE-MWD-QDT Battery pack

28.8-29.2

29.0

37.5×1150

1500

-40~150/180

APS-MWD Battery pack

36.5

29.0

37.0×1455.0

1500

-40~180

FE Battery pack

21.9

9.0

50.5 × 190.2

300

-40—150/180

UTE Battery pack

29.0

29.5

37.5×1190.0

1500

-40~150/180

EMW Battery Packs

14.6

29.0

37×1805.0

1500

-40~150/180

Near-drill Battery Pack

21.0

14.0

38.0×495

1000

-40~150/180

T40 Battery pack

29.0

14.0

30×1010

10000

-40~150/180

FE-3S

11.0

9.0

26.5×362

500

-40~150/180

Contact GMB for more data: info@gmERbattery.com

What advantages do GMB high-temperature ER batteries have for producing logging?  

GMB High-temperature ER (Electrochemical Redox) batteries offer several advantages for production logging applications, which involve monitoring and evaluating the performance of oil and gas wells. Here are some specific advantages:

Temperature Resilience: Production logging often takes place in harsh environments, including high-temperature wellbore conditions. High-temperature ER batteries are designed to withstand these extreme temperatures without significant degradation in performance. Their ability to operate reliably at elevated temperatures ensures continuous power supply for production logging tools, even in demanding wellbore environments.

Longevity: Production logging operations can span over extended periods, ranging from a few hours to several days. High-temperature ER batteries have a longer lifespan compared to conventional batteries when subjected to high temperatures. This extended battery life ensures that production logging tools can operate continuously throughout the logging operation without the need for frequent battery replacements or interruptions.

Stable Voltage Output: Accurate measurement and evaluation of well parameters during production logging require stable and consistent power supply to the logging tools. High-temperature ER batteries provide a stable output voltage throughout their discharge cycle, ensuring the reliability of the logging measurements. This stability helps maintain the accuracy and precision of the data collected during the logging process.

Compact Design: Production logging tools often require compact and lightweight power sources to facilitate their deployment and minimize interference with the logging operation. High-temperature ER batteries are available in compact sizes and can offer high energy density, allowing them to provide sufficient power while maintaining a small form factor. This compact design facilitates the integration of batteries into production logging tools without adding excessive weight or bulk.

Safety: High-temperature ER batteries from GMB

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