Multi-purpose Radiography Detector MSL500L for sale
MSL Multi-purpose Radiography Detector MSL1500L features
The 14"X17" (384 460 15mm³ ) mutil-purpose detector 1500L is designed to meet
a wide-range of requirements for digital radiography applications, e.g. retrofit of existing radiography
systems (e.g. CCD-DR, CR and film), integration with fix-mounted systems, and also
various mobile and portable DR systems.
The most advanced CsI direct-deposition technology ensures excellence of image quality at low X-
ray dose and improves operation safety.
Multiple modes of synchronization provides an universal flexibility for system manufacturers and
integrators.
Unique F²AED™ (Full-Field Automatic Exposure Detector) Detectoe offers a full-imaging-area
coverage and low dose sensitivity for accountable operation in challenging situations.
Low power-consumption, thermal-efficient design, and one-cable connection make
MSL1500L easy to install and operate.
MSL1500L is a perfect combination of robust performance and cost advantage.
Best Multi-purpose Radiography Detector MSL1500L Specifications
Sensor
Scintillator CsI Direct Deposit
Active Area 434 x 355 mm2 (14"x17")
Pixel Array 2816X2304
Pixel Pitch 154 μm
Image Quality
Limiting Resolution 3.3lp/mm
MTF >70%……(@1lp/mm)
>40%……(@2lp/mm)
>22%……(@3lp/mm)
DQE >65%……(@0lp/mm)
>20%……(@3lp/mm)
Sensitivity ~0.62ct/nGy
Maximum Linear Dose 95Gy
Dynamic Range >82dB
Greyscale 16bits
Communication Interface
Communication Interface Gigabit Ethernet
Image Acquisition Time 2-3s
Exposure Control F²AED™
Manual
Environmental
Operating Natural Cooling
Temperature Range 5℃-35℃ (41℉-95℉)
Humidity Range(Non-condensing) 30%-75%RH
Storage
Temperature Range -20℃-55℃ (-4℉-67℉)
Humidity Range 10%-90% RH
Mechanical
Dimension 384x460x15mm3 (15"x18"x0.6")
Weight 3.4Kg
Housing Material Carbon fiber front
High Strength aluminium alloy back
Power
Power Dissipation 8W (standby) 20W (operating)
Power Supply 100-240V AC
Frequency 50/60Hz
Regulatory
FDA *(In progress)
CE HD60077005 0001
UL E464810
Price is 8-20% Lower Than Other
