XRB160PN480/2 Monoblock® 工業用X線ジェネレーター
- 一体型HV電源、フィラメント電源、X線管、ビームポートおよび制御電子回路
- 小型軽量
- ユニバーサル入力、力率改善
- あらゆる物理的方向に取付け可能
- アナログ制御インターフェイスと標準RS-232デジタルインターフェイス
*注: すべての仕様は予告なく変更される場合があります。最新版についてはこのデータシートの英語PDFをご覧ください。
160kV、480W X線源
スペルマンのX線源Monoblock® XRB160PN480/2は、OEMアプリケーション向けに設計されており、内部のX線管に480ワットで最大160kVまでの電力を供給します。ユニバーサル入力、小型パッケージ、標準アナログ、RS-232デジタル・インターフェースなどの機能により、XRBをお客様のX線装置に容易に組み込むことが可能です。標準モデルは、ファンビームのビーム形状です。独自のエミッション制御回路はX線管電流の調整に優れており、際立った安定性を提供します。
用途
X線スキャン：食品検査、液体レベル確認およびセキュリティ
Specifications
(Ref. 128087-001 REV. J)
X-Ray Characteristics:
Tube Type: Glass tube, Tungsten target, Be filter
Focal Spot: 0.8mm x 0.8mm (IEC336)
Beam Filter: 1mm curved window
Beam Geometry: Asymmetrical fan 80° x 10° ±2°
Input Voltage:
100-240Vac ±10%, 50/60Hz, 6.5A max; 12Vdc @ 5A
X-Ray Tube Voltage:
Nominal X-Ray tube voltage is adjustable between 80kV to 160kV
X-Ray Tube Current:
0.25mA to 3mA over specified tube voltage range
X-Ray Tube Power:
500W, maximum
Voltage Regulation:
Line: ±0.1% for a ±10% input line change of nominal input line voltage
Load: ±0.1% for a 0.3mA to 3mA load change
Voltage Accuracy:
Voltage measured across the X-Ray tube is within ±1% of the programmed value
Voltage Risetime:
Ramp time shall be <1 second from 10% to 90% of rated output
Voltage Overshoot:
Within 5% of rated voltage in <10ms
Voltage Ripple:
0.1% p p of rated voltage @ ≤1kHz
Current Regulation:
Line: ±0.1% for a ±10% input line change of nominal input line voltage
Load: ±0.5% @ 80-160kV, 0.3mA to 3mA
Current Accuracy:
Current measured through the X-Ray tube is within ±1% of the programmed value
Current Risetime:
<1 second from 10% to 90% of rated output
Arc Intervention:
4 arcs in 10 seconds with a 200ms quench = Shutdown
Filament Configuration:
Internal high frequency AC filament drive with closed loop filament emission control
Analog Interface:
0 to 10Vdc ground referenced signals
Digital Interface:
RS-232 interface.
Control Software:
A demo GUI for engineering evaluations will be provided for the RS-232 digital interface upon request.
Interlock Signals:
A hardware interlock functions in both analog and digital programming modes.
Operating Temperature:
0°C to +40°C
Storage Temperature:
-40°C to +70°C
Humidity:
95% relative humidity, non-condensing
Cooling:
Heat exchanger w/fan and oil pump, powered from DC input;
Input Line Connector:
3 pin, Phoenix Contact 1829167
Analog Interface Connector:
10 pin, Phoenix Contact 1755503
Digital Interface Connector:
9 pin D connector, female
Grounding Point:
8-32 ground stud provided on chassis
Dimensions:
See outline drawing
Weight:
125lbs (56.7kg)
Orientation:
Can be mounted in any orientation.
X-Ray Leakage:
Not to be greater than 0.5mR/hr at 5cm outside the external surface.
AC INPUT POWER J1 6 PIN CONNECTOR
| Pin | Signal | Parameters |
|---|---|---|
| 1 | Line | Line |
| 2 | Ground | Ground |
| 3 | Neutral | Neutral |
ANALOG INTERFACE—JB15 10 PIN PHOENIX CONTACT
| Pin | Signal | Parameters |
|---|---|---|
| 1 | X-Ray Signal | +24Vdc =Enable X-Ray, 0Vdc/open = Disable X-Ray, Zin=2.2kΩ |
| 2 | X-Ray Signal Return | Signal Return |
| 3 | N/C | N/C |
| 4 | kV Monitor | 0-10Vdc = 0 to 178kV, Zout = 10kΩ |
| 5 | Signal Ground | Signal Ground |
| 6 | mA Monitor | 0-10Vdc = 0 to 3.4mA, Zout = 10kΩ |
| 7 | Fault Signal | Open collector, High (Open) = No Fault, 35Vdc @10mA maximum |
| 8 | HV ON Lamp Relay n/o | Relay Normally Open, 50Vdc @ 1A maximum |
| 9 | HV ON Lamp Relay common | Relay Common, 50Vdc @ 1A maximum |
| 10 | HV ON Lamp Relay n/c | Relay Normally Closed ,50Vdc @ 1A maximum |
LED INDICATORS
| Indicator | Signal Name | Condition Illuminated When... |
|---|---|---|
| LED 1 | OT | Over temperature occurs |
| LED 2 | ARC FLT | Arc fault occurs |
| LED 3 | UV | Low kV occurs |
| LED 4 | OV | High kV occurs |
| LED 5 | UC | Low mA occurs |
| LED 6 | OC | High mA occurs |
| LED 7 | X-RAY ON | X-Rays are enabled |
| LED 8 | PWR | Power is ON |
Tables & Diagrams
DIMENSIONS: in.[mm]
FRONT VIEW
BACK VIEW
TOP VIEW
SIDE VIEW
Frequently Asked Questions
Why Is Oil Insulation Used?
Do I Need to Ensure My Monoblock® Stays Cool? Why?
How Often Do I Need to Season My Monoblock® X-Ray Source? Why?
Application Notes AN-12 – The Benefit of Using a Current Source to Power X-Ray Tube Filament Circuits
