LAMINATE PROCESS BLOWER - LHS 15 SYSTEM AIR HEATER

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Description

Leister LHS 15 SYSTEM AIR HEATER - 139.895

Easy to integrate into production systems
Stepless temperature adjustment
Remote control via analogue interface
Various control mode options
Current-target value display

DETAILS - Remote controlled and digital display

Compared to the PREMIUM and CLASSIC from the same line, the LHS 15 SYSTEM air heater has been expanded digitally: The integrated current and target values display enables precise output control. The hot air tool can also be remote-controlled via an electroplated separate 4 – 20 mA-interface or can be connected to a controller or PLC (Programmable Logic Controller). The air heater is available in 550 W or 770 W options and it reaches the maximum air temperature of 650 °C (1202 °F).

Technical Specification:

PHASES	1x
VOLTAGE	120 - 230 V
CURRENT	3.5 - 4.5 A
POWER	550 - 770 W
MAX. AIR OUTLET TEMPERATURE	650 °C
MIN. AIR FLOW	60 l/min
MAX. AIR INLET TEMPERATURE	65 °C
MAX. AMBIENT TEMPERATURE	65 °C
AIR TEMPERATURE CONTROL	Closed loop
OVERHEATING PROTECTION	Yes
ALARM OUTPUT	Normally open contact
MAX. INLET PRESSURE	100 kPa
NOZZLE CONNECTION Ø	21.3 mm / 0.85 in
DISPLAY	Yes
INTERFACES	4-20mA; 0-10V
LENGTH	201.0 mm
WIDTH	67.0 mm
HEIGHT	56.0 mm
WEIGHT	0.48 kg
CONFORMITY MARK	CE
SAFETY MARK	S+
PROTECTION CLASS	II

HIGHLIGHTS - Digital display

DIGITAL - Complete control thanks to the digital display

Current and nominal values of the current operation can be accurately controlled and set on the digital display, making results easy to reproduce.

REMOTE CONTROLLED - Featuring a 4 – 20 mA interface

The LHS 15 SYSTEM features a 4 - 20 mA-interface. This way it can be connected to a PLC system and remote-controlled for easier handling.

ALARM PROTECTION - Protection from device and heating element overheating

Thanks to the alarm output, the LHS 15 SYSTEM can be left unmonitored in continuous operation with peace of mind. A protective function can be connected to the alarm output in the event of overheating.