×

Warning

JUser: :_load: Unable to load user with ID: 1811
Saturday, 14 October 2017 04:29

Z-Laser 3D Laser projector LP-HFD2 Specification

Written by
Rate this item
(0 votes)
 
Z-Laser 3D Laser projector LP-HFD2 Specification
The LP-HFD2 is the successor of our reliable laser projector LP-HFD. In addition to the new housing, stated IP65,the development has been focused on temperature stability in particular.
Fiber-coupled lasers (with red and/or green laser source) are applied with output power of 7 mW. When requested, output power up to 28 mW is possible. The range of standard optic focus is 0.5 m to 7.0 m.With a tele-optic, working distances up to 14 m can be realized. For higher ambient temperatures there are several cooling options available such as extended air hose or water cooling system.
Typical data connection is Ethernet, more communication options via PROFINET or serial connection are also possible.
Z-Laser Projector Add to cart
Email PDF  Print

Specification

 
Fiber-coupled red or green laser diode
Max. 50 Hz (depends on the projection)
IP65
7.3 kg (plus ca. 1.4 kg for separate power supply)
500 x 200 x 141 mm (181 mm incl. fan) 19.685 x 7.874 x 5.551 in (7.126 incl fan)
-5° C up to +60 °C
 

Optical

 
638
28
3R
Tele-optic
60° x 60°
0.20
Up to 14 m
638
7
2M
High Precision
60° x 60°
0.10
0.5 m up to 7 m (standard focus)
520
14
3R
High Precision
60° x 60°
0.10
0.5 m up to 7 m (standard focus)
520
7
2M
Standard
80° x 80°
0.25
0.5 m up to 7 m (standard focus)
 

Electrical

 
24 VDC ±5%
3 (protective low voltage)
Potential-free housing, connection to GND through 500 kΩ
1. Ethernet TP, 100 Base TX Cat5/Cat6 2. RS-232 IV24 (max. cable length 15 m) 3. Prof Net external optional, other feldbus systems on request
50 W (max. 100 W)
 

Software

 
LPM
HPGL / HPGL 3D
 

Ambient Conditions

 
+5 °C up to +45 °C (with passive cooling)
parent_id
+5 °C up to +50 °C (with cooling air hose)
parent_id
+5 °C up to +60 °C (with adaptive water cooling)
parent_id
 
Read 9542 times Last modified on Sunday, 22 October 2017 20:36