Hirschmann iFLEX TRS 14 User Manual Download Page 14

 
 
 
 
 

Installation

 

3 Installation 

3.1  Mounting the components 

The 

iFLEX TRS 14

 is supplied complete with all accessories required for operation. Mounting can 

therefore be performed simply and quickly. For mounting the wireless sensors, please refer to the 
instructions provided with the respective sensor. 

3.1.1  iFLEX TRS 14 

The 

iFLEX TRS 14

 must be mounted in a suitable place on a sufficiently firm surface with the con-

nections at the bottom. The device may be used both indoors and outdoors and is to be mounted 
such that the LEDs are visible. 

The distance between the holes in the housing is 102 mm.  

 

3.1.2 Magnetic 

base 

antenna 

 

Antenna radiator 2.4 GHz 

Antenna base 

Magnetic baseplate 

Figure 3: 

Magnetic base antenna (art. no. 536023) with mounted radiator

 

 

First of all, screw the antenna radiator hand tight onto the thread on the top side of the antenna 
base until you feel a stop. (Remove the protective cap from the thread if necessary). 

Preparation of the 

antenna 

 

The antenna has a magnetic baseplate and adheres securely to all ferromagnetic surfaces thanks 
to its strong magnet.  

How do I mount the 

antenna? 

 

NOTE 

 

Optimal ranges are achieved if the antenna is aligned in accordance with the alignment of 

the wireless sensor antennas and can radiate as freely as possible. 

 

Niches or recesses are therefore less suitable as mounting locations! 

 

© 2010   Hirschmann Automation and Control GmbH · Branch Office Ettlingen · E-mail: [email protected]    

14

/37

 

21-810-19-0003_421830_en (Rev A).doc / 2010-08-31 / Issue A / rk.

 

Summary of Contents for iFLEX TRS 14

Page 1: ...s sensors Contents Safety instructions 1 Product description 2 Installation 3 Commissioning 4 Configuration 5 Service and maintenance 6 Technical data 7 User manual Issue A 08 2010 This document has t...

Page 2: ...ommissioning 17 4 1 Switching the device on 17 4 2 Status LEDs 19 4 3 Opening closing the housing 20 4 4 Preconfiguration of the output signals current voltage 22 5 Configuration 23 5 1 Overview of fu...

Page 3: ...igure 4 Pin configuration of the central connector 16 Figure 5 Wiring of the connecting cable 16 Figure 6 View of the programming button 23 VERSION OVERVIEW Issue Date Description Editor A 2010 08 31...

Page 4: ...irschmann Automation and Control GmbH Copyright notice The rendition of common names trade names trademarks etc in this documentation should not be construed to mean that such names even without speci...

Page 5: ...warns of damage to property Instructions for averting the danger IMPORTANT Warning of possibly damaging situation for the product Instructions for avoiding the possibly damaging situation NOTE Usage...

Page 6: ...to the device if connected to an unsuitable power supply The device may only be connected to a DC voltage source of 10 V to 30 V IMPORTANT Damage to the equipment due to non compliance with the regula...

Page 7: ...MPORTANT Possible impairment of the radio link range in direct proximity to antenna systems with a high HF transmission power The device must not be used in the direct proximity of radar systems or tr...

Page 8: ...y instructions 1 1 EU conformity declaration 2010 Hirschmann Automation and Control GmbH Branch Office Ettlingen E mail info ecs hirschmann de 8 37 21 810 19 0003_421830_en Rev A doc 2010 08 31 Issue...

Page 9: ...Safety instructions 2010 Hirschmann Automation and Control GmbH Branch Office Ettlingen E mail info ecs hirschmann de 9 37 21 810 19 0003_421830_en Rev A doc 2010 08 31 Issue A rk...

Page 10: ...n on the right refer in each case to the sensors including accessories Application Product designation Which wireless sen sors can be used Article no set Load measurement fSENS KMD 006 W1 up to 6 t Ar...

Page 11: ...eiver for the transmission of sensor data collected wirelessly from up to four radio sensors from the xSENS xxx W1 family Configurable signal outputs make universal adaptation possible Because of poss...

Page 12: ...ndicator for hoist limit signal Indicator for weak sensor battery channels 1 to 4 Coaxial socket for antenna Central plug Figure 1 View of the iFLEX TRS 14 2010 Hirschmann Automation and Control GmbH...

Page 13: ...ons Figure 2 Dimensions of the iFLEX TRS 14 with magnetic base antenna 2010 Hirschmann Automation and Control GmbH Branch Office Ettlingen E mail info ecs hirschmann de 13 37 21 810 19 0003_421830_en...

Page 14: ...z Antenna base Magnetic baseplate Figure 3 Magnetic base antenna art no 536023 with mounted radiator First of all screw the antenna radiator hand tight onto the thread on the top side of the antenna b...

Page 15: ...tight Where is the an tenna connected 3 2 Electrical connection Connection of the device is simple thanks to the connecting cable 4 7 m which is prefabricated at one end and included in the scope of s...

Page 16: ...in hoist limit condition UB if no hoist limit condition or if no hoist limit switch exists Pin 12 not connected B Figure 4 Pin configuration of the central connector 3 2 2 Wiring of the connecting cab...

Page 17: ...system begins with a self diagnostic routine How is the device switched on The self diagnosis takes approx 3 seconds During these tests the Info LED additionally flashes and the remaining LEDs light...

Page 18: ...ashes What does it mean when the Info LED lights up The flashing of an ONLINE LED after conclusion of the self diagnosis means that either the radio link with the registered wireless sensor on the ind...

Page 19: ...mit switch interrupted During the system diagnosis No sensor registered to this channel Sensor registered to this channel and ready for operation During the registration of new wireless sensors or hoi...

Page 20: ...yourself e g by touching an earthed object before opening the device Hold the printed circuit board only by the edges Do not touch components or connector pins or tracks Follow the procedure describe...

Page 21: ...lose the housing 1 Carefully slide the circuit board into the guide rails in the housing Make sure that the foam strip is positioned as shown 2 Lock the circuit board by applying strong pres sure to t...

Page 22: ...range via the programming button These elements are only accessible after opening the device See chapter 4 3 How can the outputs be configured as voltage outputs The jumpers for configuring the output...

Page 23: ...1 In order to select a certain function press and hold the programming button until the desired func tion is signalled by the LEDs Then release the programming button Distinction must thereby be made...

Page 24: ...ellow LEDs flash 37 40 signal range D all yellow LEDs light steadily 40 43 Sensor calibration load angle on channel 1 LED 1 green and yellow flash 43 46 to channel 2 LED 2 green and yellow flash 46 49...

Page 25: ...sor Make sure that the batteries of other wireless sensors are not changed during a registration procedure on an iFLEX TRS 14 Follow the procedure described below to register a wireless sensor The wir...

Page 26: ...com partment of the wireless sensor to be registered observing the correct polarity 5 Observe the LED on the underside of the housing This should light up with short pulses Now fit the cover of the b...

Page 27: ...n of the iFLEX TRS14 until Online LED1 lights steadily for the deletion of a wireless sensor from channel 1 Online LED2 lights steadily for the deletion of a wireless sensor from channel 2 Online LED3...

Page 28: ...W1 anemometer 1 8 9 0V 0 50 mph 9V fSENS KMD xxx W1 load cell 4 20mA 0 45000 lb 24mA gSENS WGF W1 angle sensor 20 4mA 0 90 24mA gSENS WGS W1 inclination sensor 4 20mA 15 15 24mA B current standard iSE...

Page 29: ...ogramming button of the iFLEX TRS14 until all green LEDs flash for signal range A all green LEDs light steadily for signal range B all yellow LEDs flash for signal range C all yellow LEDs light steadi...

Page 30: ...green and yellow LED3 flash for adjustment of a sensor on channel 3 green and yellow LED4 flash for adjustment of a sensor on channel 4 and then release the button The previously flashing LEDs are no...

Page 31: ...re described below in order to erase the EEPROM 1 Open the housing of the iFLEX TRS 14 as described in chapter 4 3 56s 59s 63s 67s EEProm l schen Winkelbereich 15 15 Winkelbereich 0 90 keine Bedeutung...

Page 32: ...hen Winkelbereich 15 15 Winkelbereich 0 90 keine Bedeutung 2 Press and hold the programming button of the iFLEX TRS14 until the yellow LED 2 flashes for selection of angle range 15 to 15 gSENS WGS W1...

Page 33: ...as these can damage the housing or the front foil IMPORTANT Damage to the front foil can lead to the penetration of moisture and dirt into the interior of the device Never clean the device with a hig...

Page 34: ...ation of the signal outputs Displays 10 Status LEDs for signalling various operating conditions Electrical connection Central connector German 12 pole on underside of device Signal outputs 4 analog ou...

Page 35: ...and level of information for this document Your assessment of this manual excellent good satisfactory so so poor Accuracy O O O O O Readability O O O O O Ccomprehensibility O O O O O Examples O O O O...

Page 36: ...r please complete and return both pages of this feedback via fax to 49 0 7243 709 3222 via mail to Hirschmann Automation and Control GmbH Documentation Hertzstr 32 34 76275 Ettlingen Germany Thank you...

Page 37: ...Notes 2010 Hirschmann Automation and Control GmbH Branch Office Ettlingen E mail info ecs hirschmann de 37 37 21 810 19 0003_421830_en Rev A doc 2010 08 31 Issue A rk...

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