Series of high-frequency CO2 laser power is my company and the authority of the carbon dioxide laser manufacturing companies jointly developed the high efficiency, high frequency, high-speed carbon dioxide lasers supporting power, small size, light weight, easy to operate, and lasers have a good match performance can be directly and The laser is connected, eliminating the need for bulky, fever and severe ballast resistor. This power allows the starter easy carbon dioxide laser, the carbon dioxide laser performance into full play, and conversion efficiency, extend the life of the laser. The main technical parameters: Input voltage: AC 220V, AC110V (order when otherwise specified). The difference between red raychina laser pointer and yellow raychina laser pointer will be introduced
The laser output the starter voltage: DC 40KV (130W), DC 35KV (W) DC 30 (KV) DC 26KV (40W). Maximum output current: DC 38 mA that (130W), the DC 30mA (80W) DC 24mA (60W) DC 20mA (40W). Response speed: ≤ step of 1mS. TTL level control switch: an effective level can be high, low selection. Protection switch: the waterways can be used with or without detection, protection of the laser; or when you open the shell of protection. The laser power adjustment: (1) of the potentiometer to adjust the output current of the laser power. (2) by the PWM control (amplitude TTL level). Power itself can be with a feedback interface can be used for closed-loop control for the actual work of inspection and laser current. The child only can use the china laser pointer under the supervision of the parents.
Connection: laser tube laser power supply high voltage (HV +) and carbon dioxide laser tube anode (ATR-side) is connected. Current of the laser power supply circuit, connected to the cathode through an ammeter (or direct) and the carbon dioxide laser tube (laser output). Control signal connection: Figure 1 (or 2) to control the laser power of the signal lines, respectively, and reliable access control side. Control signal input: shown in Figure 3, the external computer output DAC signal and TTL signal input laser power required to control the laser tube laser output as required. Voltages: the laser power requirements input 220VAC/50Hz For 110VAC to special order. The difference between yellow raychina laser pointer and green raychina laser pointer has been described in details.
Additional features: laser power protection switch can be connected in series in water protection, open shell protection. Note: must be water cooled laser tube work. The high voltage output may not be open. (Positive and negative side of the high voltage output laser positive and negative terminals must be properly connected.) Power have joined within the discharge resistance, generally within two seconds after the power blackout will be residual pressure is done. However, for safety reasons, still should be noted that, Beware of electric shock (high voltage output must ensure that at both ends hanging to 40KV high-voltage insulated safety requirements.) Laser power must be three-hole outlet with a grounding terminal. The chassis must be strictly grounded. Avoid electric shock. Power power power lights, power standby. Red ray china laser pointer has the full-blown technology.
The power supply output voltage signal, the Laser lights, power work properly. The power detection: power standby mode, press the test switch, a laser light, the laser tube output laser. If the lamp does not light, the laser power is bad, if the lights, laser tube not the laser, the laser tube bad. GS-TFL-× × kW high power transverse flow CO2 laser series is a horizontal needle plate discharge gas fast circular flow lasers. The laser has a high power, high efficiency, high beam quality, long life, good stability, compact structure, the use of low-cost, easy maintenance features. The laser line can be used for laser heat treatment, welding, cutting and surface alloying and other applications, can process a variety of metallic and nonmetallic materials. The red ray green laser pointer adopts the mature semiconductor-made process materials.
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