Electronic locks - Import export

6110 Noke Bluetooth Pad Lock, 2nd Generation, shackle ø 8 mm hardened steel, steel housing, IP66, temperature range -23°C up to 65°C, 2032 buttuon cell

Programming key NEXT, für Next Axis, Cue, Sola, schwarz

Manager key NEXT, für Next Axis, Cue, Sola, schwarz

NEXT - Sola Key managed, Mounting: vertical Finish: Nickel Finished Keypad: black Door thickness range 0,1-22mm incl. label in german

NXT-UKK NEXT CUE electronic lock, key managed, metal brush nickel, keypad black, adjustable from shared use to assigned use, surface mount, for door thickness 3-26 mm

Versa Mini, RFID, key managed, shared use, audio on, auto unlock off, brushed nickel, surface mount, knob default, narrow, plug & shell 16mm, offset cam, 90° turn counterclockwise

Versa Standard, RFID, key managed, shared use, audio on, auto unlock off, brushed nickel, surface mount, knob default, narrow, plug & shell 16mm, offset cam, 90° turn counterclockwise

Versa Mini, keypad, shared use, vertical with handle on bottom, surface mount with knob, brushed nickel, plug & shell 16mm, key managed, cam type offset, 90° turn counterclockwise, audio on, auto unlock off incl. strike plate and label in german

Versa Standard, keypad, shared use, vertical with knob on bottom, surface mount, black, 16mm, key managed, offset cam, 90° turn counterclockwise, audio on, auto unlock off incl. strik plate and label in german

NLTR Next Axis vertical with RFID, electronic lock metal, stainless steel finish, operation by Mifare Transponder, surface mount, with pull handle, shared use, incl. strike plate 2549

NLTR Next Axis Standard RFID, electronic lock metal, stainless steel finish, operation by Mifare Transponder, surface mount, with pull handle, shared use, incl. strike plate 2549

NLSK Next Axis vertical keypad, electronic lock metal, stainless steel finish, black buttons, surface mount, with pull handle, shared use, incl. strike plate 2549

NLSK Nex Axis, standard keypad, surface mout, with pull handle, motorized Bolt, shared use, Finish: Brushed Nickel, black buttons, Connection Type: Cable, incl. strike plate and label

The DLC pro Lock is a software license that enables a number of features on a specific DLC pro. These allow to control the frequency of a laser for example by using a saturated absorption spectroscopy setup with a reference cell. This most popular example of frequency typically uses a modulation of the laser frequency, a de-modulation (Lock-In) for creation of the error signal and PID regulators for the generation of the error signal. All this may be achieved with a DLC pro control without further electronic modules.

The PID 110 is a proportional-integral-differential regulator for frequency stabilization of tunable diode lasers (DL pro, DFB pro). It accomplishes side-of-fringe locking to the slope of an atomic line or a cavity transmission peak. The module works both for HV (piezo actuators) and LV (laser current) control tasks. Users can adjust all relevant parameters, including P, I and D contributions, set point and regulator output range.

The Pound-Drever-Hall detector PDD 110/F serves to lock a diode laser to a maximum absorption or transmission of a reference medium (e.g. an optical resonator). The PDD 110/F features an internal HF modulation source for modulating the diode laser frequency. The signal from the reference is detected and demodulated phase sensitively to produce a high bandwidth dispersive error signal that can be used to lock the laser using a PID controller.

The Pound-Drever-Hall detector PDH is a built-in module of the DLC pro and serves to lock a diode laser to a maximum absorption or transmission of a reference medium (e.g. an optical resonator). The PDH features an internal HF modulation source for modulating the diode laser frequency. The signal from the reference is detected and demodulated phase sensitively to produce a high bandwidth dispersive error signal that can be used to lock the laser using a PID controller.

TOPTICAs DigiLock 110 is the versatile solution for laser control, stabilization, characterization & analysis. Its digital nature makes it easy to use, flexible and intelligent. The FPGA based hardware allows for high bandwidth and flexibility, and with its clever software one has the overview, but can go into every tiny detail if need be.

The DFC locking electronics consisting of the Phase Frequency Detector (PFD) and FALC 110 provides high-end phase frequency locking for comb applications. The PFD RF input is designed for use with the RF output signal of the DFC MD. The error signal generated by the PFD is fed to the input of the FALC 110 regulator. The main output of the FALC is passed through the PFD to allow for remote switching of the fast feedback loop which modulates the laser diode current. A copy of the error signal (mon. out) is used to close the slow feedback loop acting on the DL pro piezo (Fine In) with the all-digital PID of the DLC pro. Slow and fast feedback loop can be enabled and disabled with a push of a button in the DFC user interface (TOPAS DFC).