RADCAL: 90M9 and 90M10 mAs Sensors



	mA / mAs
	DIAGNOSTIC X-RAY PRODUCTS
	Diagnostic Systems Accu-Gold Accu-Pro Rapidose Dosimeters Accu-Dose 9010 / 9015 2026C kVp Meters Accu-kV mAs Meters 90M9 / 90M10 Dynalyzer Invasive Dynalyzer Patient Dose Calibrator PDC Ion Chambers 10X5 Series 10X6 Series 10X9 Series 20X6 Series Wide Beam/Multi-Slice CT Reference Class Compatibility Chart Wide Beam CT Ion Chambers Wide Beam/Multi-Slice CT Reference Class Ion Chambers RC Chambers DAP Meters VacuDAP Leeds Test Objects Medical Imaging Phantoms CIRS Products Medical Imaging Phantoms Phantoms & Accessories Universal Chamber Holder Densitometer / Sensitometer Radcal CT Phantom Build Up Caps Domkus Folding Test Stand Test Stand & HVL Kit BP Test Stand Product Recommendation Product Recommendation


	mAs SENSORS - 90M9 and 90M10

The mA and mAs Sensors come in both INVASIVE and NON-INVASIVE Clamp On Models

90M9 Invasive Sensor

90M9 Invasive Sensor - (requires kV sensor to be in beam)
Full-scale:	2000 mA or 9999 mAs
mA accuracy:	0.2% of reading at dc plus resolution of +/-0.015 mA or 3-4 digits
mAs accuracy (1-s pulse):	5 µAs or 0.2 % of reading; resolution of 0.001 mA

The mAs sensor connects to the 4-pin connector labeled mAs of model 9096/4086 using a standard S-Video cable and to the x-ray generator with safety shrouded banana jacks. It is intended to be inserted in series with the x-ray generator return. The value of mAs is computed by summing mA values during the part of the kV waveform (requires kV sensor in beam) defined by the same thresholds that are applied to determine its width, generally 75% of kVp. Average mA is mAs divided by this width.

90M10 Non-Invasive Clamp On Sensor

90M10 Non-Invasive Clamp On Sensor - (requires kV sensor to be in beam)
Full-scale:	0-2000 mA or 0-9999 mAs Radcal 9096 ACCU-PRO or Radcal 4086 ACCU-kV (2-2000 mA when used with model 9095)
mA accuracy:	± 4% of reading (Limited by 0.6mA RMS noise below 15mA)
mAs accuracy (1-s pulse):	± 4% of reading, (Limited by 0.6mAs RMS noise below 15mA)

The mAs sensor connects to the 4-pin connector labeled mAs of model 9096/4086
using a standard S-Video cable and couples to the x-ray generator by clamping to the x-ray anode HV cable (clamps up to 23mm diameter). The value of mAs is computed by summing mA values during the part of the kV waveform (requires kV sensor in beam) defined by the same thresholds that are applied to determine its width, generally 75% of kVp. To measure Anode current, clamp on the anode cable with the arrow on the clamp pointing towards the X-ray tube. For best results, do not move clamp before and during a measurement.