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Control Module Configuration

18

3.3.4  DeviceNet Communication Hookups

4. Control Module Configuration

The A-GAGE MINI-ARRAY control module is easily configured using the supplied EDS 

file and the user’s DeviceNet configuration tool.

4.1 Communications Setup 

See Section 3.3.4, page 

17

 for information on connecting the MINI-ARRAY control 

module to the DeviceNet network. 

4.2 System Alignment

The emitter/receiver pairs have a wide field of view and are easy to align. The 

recommended distance between the emitter and receiver ranges from 15" to 72". 

(Shorter sensor separation can be achieved; please consult factory for details.) The 

Alignment process should be performed at System installation and repeated every time 

one or both of the sensors is moved. 

Alignment status is continuously displayed by the green LED indicators on the receiver 

and the controller. When all unblanked beams are clear, and excess gain of all beams is 

at least 3x, the green Alignment indicators will be ON. When the excess gain of one or 

more beams drops to between 3x and 1x, the green Align LED will remain ON, but the 

yellow LED also will come ON to indicate a warning of marginal alignment. See section 

3.1 for more information about sensor alignment.

Make sure the sensors have been wired as shown in Section 3.3. Apply power to the 

control module via terminals #1 and #2 (16 to 30V dc).  

4.3 Blanking

If a machine fixture or other equipment will continuously block one or more beams, 

the affected beam channels may be blanked. The Blanking option causes the control 

module to ignore the status of blanked beams for measurement mode calculations. For 

example, if a machine fixture blocks one or more beams during System operation, the 

output data will be incorrect; if beams blocked by the fixture are 

blanked

, the output 

data will be correct. Blanking cannot be used with Edge Scan mode.   

Phone: 800.894.0412 - Fax: 888.723.4773 - Web: www.clrwtr.com - Email: info@clrwtr.com

Summary of Contents for A-GAGE MINI-ARRAY MACNXDN-1

Page 1: ...compared with similar systems Working range up to 17 m 55 depending on model Wide field of view easily aligned A GAGE MINI ARRAY Instruction Manual Control Modules MACNXDN 1 and MACPXDN 1 with Device...

Page 2: ...2 Phone 800 894 0412 Fax 888 723 4773 Web www clrwtr com Email info clrwtr com...

Page 3: ...2 Control Module Mounting 15 3 3 Hookups 16 3 3 1 Emitter and Receiver Hookups 17 3 3 2 Inputs 17 3 3 3 Outputs 17 3 3 4 DeviceNet Communication Hookups 17 4 Control Module Configuration 18 4 1 Commun...

Page 4: ...beam spacing Sensor pairs with 16 beams foot are capable of detecting a 38 mm diameter 1 5 dia cylindrical rod held perpendicular to the sensor and have a sensing range of up to 17 m 55 Sensor pairs...

Page 5: ...3616A Emitter BMRL3616A Receiver 48 48 BMEL3632A Emitter BMRL3632A Receiver 96 96 1115 mm 43 9 BMEL4216A Emitter BMRL4216A Receiver 56 56 BMEL4232A Emitter BMRL4232A Receiver 112 112 1267 mm 49 9 BMEL...

Page 6: ...online with the DeviceNet network and whether there are problems The A GAGE MINI ARRAY System provides a wide selection of sensing and output options including measurement scan analysis modes scanning...

Page 7: ...Configuration analysis mode selections scan control selection output settings set point hysteresis and invert and blanking selections Sensor Alignment Information total number of sensor beams beam st...

Page 8: ...Use only Banner cables which incorporate a twisted pair for noise immunity Cables measure 8 1 mm 0 32 dia and are shielded and PVC jacketed Conductors are 20 gauge 0 9 mm Emitter and receiver cables...

Page 9: ...1832A Emitter BMRL1832A Receiver 48 48 505 mm 19 9 539 mm 21 2 482 mm 19 0 BMEL2416A Emitter BMRL2416A Receiver 32 32 BMEL2432A Emitter BMRL2432A Receiver 64 64 659 mm 26 0 693 mm 27 3 636 mm 25 1 BME...

Page 10: ...dicators Output steady red Output 1 energized Alarm flashing red Output 2 energized Gate steady red Gate input status Alignment steady green Proper emitter receiver alignment and a clear unblocked lig...

Page 11: ...m 4 53 106 0 mm 4 17 35 0 mm 1 38 DIN mounting slot Slot for M3 5 screws 2 5 5 mm 0 22 69 0 mm 2 72 5 0 mm 0 20 96 0 mm 3 78 Figure 2 2 Control module dimensions Phone 800 894 0412 Fax 888 723 4773 We...

Page 12: ...t 2 System Status Bit 1 System Status Bit 0 X X Alignment Blocked Alignment OK 1 LSB Measurement Mode 1 2 MSB Measurement Mode 1 3 LSB Measurement Mode 2 4 MSB Measurement Mode 2 5 Reserved always 0 I...

Page 13: ...Low 1 1 384 Output 1 Set Point High 1 1 384 Output 1 Hysteresis Low 0 0 385 Output 1 Hysteresis High 2 0 385 Output 1 Invert No No Yes Output 2 Analysis Mode Disabled Trigger Alarm Disabled Analysis M...

Page 14: ...damage from resonant vibration of the emitter or receiver assembly Two different Anti Vibration Mounting Kits are available from Banner as accessories Figure 3 1 A GAGE MINI ARRAY emitter and receiver...

Page 15: ...on 4 2 for further information on alignment 3 2 Control Module Mounting The control module must be installed inside an enclosure which has a NEMA or IEC rating suitable for the operating environment M...

Page 16: ...V 16 30V dc 1 2A MAX EMITTER and RECEIVER CABLES 10 30V dc GATE SIGNAL OUTPUT 1 BROWN V NC NC BLUE DRAIN WIRE BLACK WHITE DEVICENET CONNECTIONS RED WHITE DRAIN WIRE BLUE BLACK 150mA max ALARM 150mA ma...

Page 17: ...3 3 Outputs Each control module has two solid state discrete outputs labeled Output 1 and Alarm Both are rated at 30V dc max 150 mA max They are either both NPN or both Trim braided shield flush with...

Page 18: ...l unblanked beams are clear and excess gain of all beams is at least 3x the green Alignment indicators will be ON When the excess gain of one or more beams drops to between 3x and 1x the green Align L...

Page 19: ...ble Host Mode allows the user with a DeviceNet connection to direct the MINI ARRAY System to scan on command Gate Mode activates an optically isolated external Gate input between terminals 11 and 12 o...

Page 20: ...ocked during the previous scan The scan continues from this point and moves upward to the first unblocked beam where the scan is completed Use of Edge Scan mode limits the Scan Analysis mode selection...

Page 21: ...l Beams Made TBM The control module totals the number of made unblocked beams Contiguous Beams Blocked CBB The control module identifies the largest number of consecutively blocked beams Contiguous Be...

Page 22: ...or both of the selected outputs When Inverted Yes is selected for an output that output will de energize turn OFF rather than energize whenever the scan analysis value falls within the range of the se...

Page 23: ...Diag 3 Red Condition ON OFF OFF Normal operation ON ON OFF Receiver error ON OFF ON Emitter error ON ON ON Emitter receiver mismatch OFF ON OFF Controller error OFF OFF ON EEPROM error OFF ON ON ROM...

Page 24: ...component or fixture from causing false outputs Blocked Beam A beam that is obstructed between the emitter and the receiver and is not blanked Clear Beam A beam that runs unobstructed from the emitte...

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