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Yes, the ANKOM RF Gas Production System can monitor negative pressures. When performing oxygen consumption studies, a NaOH or strong base is used to scavenge the CO2 produced by the aerobic metabolism. This produces a negative pressure as the O2 is...

Possible Causes: Faulty DELTA Temp Controller ( Part #: A11 ). Refer to DELTA Service Procedure Controller Temp Test (DES014). Faulty Splat Controller ( Part #: A09 ). Poor connection between the DELTA Temp Controller and the Splat Controller.

It is important that the rinse water going into the instrument is at least 50°C for Crude Fiber and 70°C for detergent fibers. For safety purposes, most hot water heaters are set lower than 70°C. In addition, if there is a substantial distance...

Possible Causes: The controller needs to be reset. See DELTA Service Procedure Controller Temp Menu Setup (DES015) to determine if menu settings are incorrect and to make the appropriate changes. If the controller reset doesn't resolve the problem...

During a crude fiber or acid detergent procedure, the time frame during which samples are exposed to 100°C solution(s) is extremely important. If the Fiber Analyzer begins a procedure at a temperature higher than 20°C, the instrument will heat the...

The extraction process utilizes positive pressure at ~2.8psi.

Possible Causes: The rinse water supply temperature did not meet method standards. This may affect results with certain samples. Make sure the water supply has a temperature of no less than 50°C for Crude Fiber or no less than 70°C for ADF and NDF...

Possible causes include: A loose or disconnected wire from the pressure sensor A faulty circuit board To diagnose, unplug the pressure sensor connector from the circuit board and plug in a pressure sensor connector from a working module into the same...

The vessel temperature has exceeded the maximum limit. Possible Causes: The solution level is low in the vessel, but the level sensor is indicating full. The level sensor has two main components that work together. These components are a Level Sensor...

The instrument is experiencing a high-temperature fault. If your controller is set to 100°C, there are two possible reasons for this fault. (1) The agitation is not working properly during an assay. To check the agitation during an assay, remove the...

Possible Causes: Faulty A2000 Temp Controller ( Part #: A11 ). Refer to Service Procedure Controller Temp Test (AS014). Faulty Splat Controller ( Part #: A09 ) Poor Connection between the Temp Controller and the Splat Controller (AS020).

There are several possible reasons for a cumulative pressure drop or negative pressure readings. Refer to RF Service Procedure Curve Identification Chart (RFS010) for curve illustrations. Possible causes include: A leak in the system. First, be sure...

Refer to RF Service Procedure Module Testing (RFS001). First, check the pressure within the module. If the pressure is approaching 10 psi, stop using this module and unscrew the module top immediately to avoid over-pressurizing the bottle. If the...

The pressure sensors are accurate to +/-0.04 psi. Fluctuations in cumulative pressure beyond this correspond to either a leak or a fluctuation in temperature when a module is attached to a sealed bottle. If you check the "valve open" check box, leave...

Possible Causes: The solution temperature has exceeded the maximum limit. Perform the boil test detailed in the DELTA Service Procedure Boil Test (DES013).

There is most likely a problem with the circuit board. Static discharge, high humidity/moisture contact with the circuit board, or physical damage from dropping, etc. may have caused the problem. Contact ANKOM Technology for further assistance.

First, be sure Synthetic Grease w/PTFE ( Part #: RF41 ) was used on the lip of the bottle and the lip of the septa port on bottles so equipped. This aids in making a tight seal. Second, inspect the gasket which seals the module top to the bottle. It...

The sensors are accurate to within +/-2°C over a range of 5°C - 60°C. To account for any Module-to-Module differences in temperature sensing capability, the GPM software provides a calibration screen that can be used before data recording begins...

Possible Causes: The solution temperature has exceeded the maximum limit. Perform the boil test detailed in Service Procedure Boil Test (AS013).

The instrument is experiencing a pressure fault. There are three possible reasons for this fault. (1) More than 2 L of solution was in the vessel during the digestion process. A pressure fault will most commonly occur if there is more than 2 L of...

The vessel temperature has exceeded the maximum limit. Possible Causes: (1) The solution level is low in the vessel, but the level sensor is indicating full. The level sensor has two main components that work together. These components are a Level...