德国HERMLE泛用型高速离心机Z326 返回列表页

德国HERMLE泛用型高速离心机Z326

产品简述：

主机特色

l 微电脑自我检测操作系统

l 大型液晶显示屏具背光功能

l 马达驱动式安全门锁

l 转子即时辨识系统、超速保护装置

l 不平衡检知保护系统

l 超低噪音（高转速时小于60db）

l 快拆式转子上盖，方便离心管的取放

l 具多种样式离心转子可供选择搭配

l 具安全密闭式离心转子可供选择搭配

l 符合安全认证i.e. IEC1010规定

德国HERMLE泛用型高速离心机Z326

与众不同的操作面板

l 飞梭单旋钮操作简单迅速方便

l 可同时显示设定值与实际值

l 可设定转速或离心力，小刻度10

l 超大时间设定范围10sec-99h59min

l 10组加速与减速设定

l 99组程序记忆设定

l 具瞬间离心功能

l 防泼水操作面板

l 简约的操作设定，带着手套也能轻松操作

主要技术参数：

Powerful and Sophisticated

These high performance, high speed centrifuges accept a variety of rotors for tube sizes up to 100ml. High speed and g-force ratings expand the use of the high speed centrifuges to a range of applications in areas such as molecular biology and basic research.

• Speed and capacity
• Powerful, yet compact
• Sophisticated controls
• Flexible, compatible with a variety of tubes and plates

Continuous Airflow System

A powerful microprocessor provides control over all operating parameters. Both actual and set values can be viewed at all times on the large LCD display. Braking intensity, radius correction and program storage are just a few of the many programming functions available on the Z326 Hi-Speed Centrifuges series. A continuous air flow system maintains sample temperature in the chamber of the Z326 from rising significantly above ambient. The powerful refrigeration system in the Z326K can cool all rotors below 4°C, even at maximum speed. The new Quick-COOL feature rapidly cools the chamber down to the desired temperature, at the touch of a button. Safety features incorporated into the Z 323 series include automatic rotor recognition/overspeed protection, imbalance sensors and self diagnostics.

Radius Correction Feature

Both centrifuges are equipped with motor driven lid lock systems to reduce the force to activate lock. Speed is set and displayed in RPM or RCF. Proper calculation of g-force with different size tubes and adaptors is ensured by a radius correction feature. A maintenance-free induction drive provides quiet operation and quick acceleration and deceleration.