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AMETEK-DLM 600 Watt

sku Product SKU:  AME- DLM 600 Watt

The Sorensen DLM 600 series of programmable power supplies is designed to provide continuously variable  output voltage and current for a broad range of applications in a compact 1U (1.75 inches) high, half-rack  (8.5 inch) wide chassis.

With the use of Zero Voltage Switching (ZVS) technology, these supplies are able to achieve exceptionally low ripple and noise rivaling larger and more expensive linear power supplies. In addition, the high efficiency and fast load transient response assure that the DLM 600 is ideal for even the most demanding applications.

The DLM 600 power supply series is ideal for high density multiple output rackmount requirements or low profile benchtop applications. Output voltages from 0-5VDC to 0-300VDC and currents from 0-2A to 0-75A are available.

The cooling air intake is at the front and sides with exhaust at the rear and sides. Variable speed fans are controlled as a function of ambient air temperature and load, thus reducing acoustic noise and increasing fan life. This allows supplies to be stacked one directly on top of another without space in between, yielding maximum rackmount packing density and a wide operating temperature of 0-50° C. An optional rackmount kit is available to easily mount one or two units side-by-side.

The front panel layout makes the DLM 600 power supply series easy to use. Voltage and current can be set from individual 10-turn potentiometer knobs. Control push buttons include power on, output on, local/remote, voltage/current preview and overvoltage protection preview. Set-point or actual voltage/ current values can be viewed on two 3-1/2 digit LED displays.

DLM 600 near-linear DC power supplies can be connected in series or parallel. All models automatically accept any standard single phase input without manual set up.

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molstic-L Mounting Systems

sku Product SKU:  FCL-molstic-L

molstics provide a quick connector input for convenient connection to the gas supply. This is followed by a 2 micron (0.5 micron for low flow) filter to protect the downstream components. Then, an adjustable regulator sets and regulates optimum molbloc upstream pressure and protects the molbox transducers against accidental overpressure. The regulator range supports all standard molbloc operating pressure ranges. A bellows shut-off valve, just before the molbloc, allows the gas supply to be shut-off for configuration changes and/or system leak checking.

Special cradles support the molbloc(s). A connection and pads are provided downstream of the molbloc for mounting the MFC (mass flow controller), another device under test, or the optional metering valve kit for manual flow control.

Single channel molstics are available to accommodate single molblocs. Dual channel models allow two molblocs to be mounted simultaneously to switch between two different molbloc ranges without changing hardware or to take advantage of molbox1+'s capability to run two molblocs in parallel.

There are low, mid and high flow versions of molstic. Low flow molstics use a unique, very high stability pressure regulator and minimize dead volumes. They are required for effective use of 2E2-L and lower molblocs and can be used up to the 1E3-L molbloc size. The mid flow molstics cover the ranges of all the molblocs from as low 2E2-L up to the 3E4-L. The high flow molstic is required for the 1E5-L (100 slm) molbloc and supports that molbloc only.

 

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molbox RFM Reference Flow Monitor

sku Product SKU:  FCL-molbox RFM

molstics provide a quick connector input for convenient connection to the gas supply. This is followed by a 2 micron (0.5 micron for low flow) filter to protect the downstream components. Then, an adjustable regulator sets and regulates optimum molbloc upstream pressure and protects the molbox transducers against accidental overpressure. The regulator range supports all standard molbloc operating pressure ranges. A bellows shut-off valve, just before the molbloc, allows the gas supply to be shut-off for configuration changes and/or system leak checking.

Special cradles support the molbloc(s). A connection and pads are provided downstream of the molbloc for mounting the MFC (mass flow controller), another device under test, or the optional metering valve kit for manual flow control.

Single channel molstics are available to accommodate single molblocs. Dual channel models allow two molblocs to be mounted simultaneously to switch between two different molbloc ranges without changing hardware or to take advantage of molbox1+'s capability to run two molblocs in parallel.

There are low, mid and high flow versions of molstic. Low flow molstics use a unique, very high stability pressure regulator and minimize dead volumes. They are required for effective use of 2E2-L and lower molblocs and can be used up to the 1E3-L molbloc size. The mid flow molstics cover the ranges of all the molblocs from as low 2E2-L up to the 3E4-L. The high flow molstic is required for the 1E5-L (100 slm) molbloc and supports that molbloc only.

 

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Cellguard Wireless Battery Monitoring System

sku Product SKU:  Cellguard

Critical power-backup systems must be ready to go the instant they are needed. Midtronics designed theCELLGUARD Wireless Battery Monitoring System to ensure that batteries critical to stationary battery systems will be able to meet power demands at all times. TheCELLGUARD SYSTEM provides full conductance, battery temperature, intercell connection integrity, voltage monitoring and more for comprehensive battery and system state of health analysis.

The CELLGUARD SYSTEM combines the latest wireless communications technology with patented, field-proven battery conductance analysis for the most thorough industrial battery health assessment in the stationary battery industry. Years of laboratory and field test data have proven that conductance provides a reliable indication of battery state of health and a correlation to battery capacity. The advantage of using conductance technology is the accuracy and efficiency it offers. Conductance can be used to detect cell defects, sulfation, dryout, shorts, and general degradationthat can cause the battery to fail. In addition, this passive method is safe and non-invasive,eliminating large discharges of energy from the battery. Not a "one size fits all" measurement, extensive research has been conducted to ensure effectiveness on a wide range of stationary power batteries in numerous applications.

CELLGUARD utilizes battery sensors to effectively monitor and analyze battery performance. CELLGUARD's battery monitoring sensors remain attached to the battery during its service life and continuously assess the health and power status of the battery. Combining conductance with measurements of voltage and temperature, they give a continuous record of a battery in service.

The CELLGUARD Wireless Battery Monitoring System is designed for simple expansion and worldwide accessibility. Advanced notification of battery problems are conveniently available via email or text message. Wireless communication architecture ensures proper installation, easy operation, & low maintenance costs. Economical total cost of ownership comes from reduced installation cost, hardware price, and system maintenance. Efficient for standby power backup applications: UPS Battery Monitoring, Telecommunications Power, Power & Utility T&D and CATV / Broadband.

  • Continuous 24/7 online battery monitoring for system integrity assurance
  • Intercell connection integrity battery monitoring ensures system effectiveness
  • Applies test signal to an individual cell or monoblock for high resolution of battery backup system state of health
  • Web enabled communications for remote surveillance
  • Full monitoring of string charge and discharge current, and discharge performance recording
  • Standby battery industry choice conductance technology is the accepted standard for battery testing

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