User manual Model:UBEP-C,UBEP-S,UBEP-N,UBEP-P,UBEP-E Manufacture:SwissTIP S.A. Introduction Note:In the description below,All Model name:UBEP-C,UBEP-S,UBEP-N,UBEP-P,UBEP-E Use the UBEP instead UBEP is Pachom Electronic Zoning protection unit. The purpose of UBEP unit is to create the protection zone in specific areas around trucks and machinery (front, rear, sides, etc.) defining the area very precisely. Configuration (Preset, Standard or Custom) of this unit is done with UCP unit. UBEP can be used as a system together with UPI units to alert both pedestrians and drivers/operators that they are located within the protection zone. On the other side it can be used as a standalone device to alert only drivers/operators in case of alert condition. UBEP device comes in two configurations with and without the battery. In case of the version without the battery, the device has to be powered with External power supply. On the other hand in case of the version without the battery UBEP can work autonomously but without alarm output which requires the External voltage to be supplied. In this Users Manual we will explain all the parts of UBEP device together with installation instructions. 2 Front Side On the front side of UBEP unit there are several sections divided by function:
1. Display section 2. Camera section 3. PIR section 4. RF section 3 1 2 4 Figure 1: Front Side 3 Back side On the Back side of UBEP unit there are two items available:
1. Power Switch 2. External Connector w q Figure 2: Back Side 4 Display Section Display section contains monochromatic OLED display with resolution of 128x32px, Red Color Charging LED and RGB Status LED. OLED display has a big advantage compared to a commonly used TFT displays because it has very high contrast and can be read even on a sunlight. Red Color Charging LED is located on the Top-Right side of the Display section. In case of the UBEP version without the battery this LED will be On whenever the device is connected to External Power Supply. In case of the UBEP version with the battery this LED will blink with 1 sec pace during battery charging and will be always On when charging is finished. RGB Status LED is located on the Bottom-Right side of the Display section. This LED is capable of creating a variety of different colors and we use this colors in combination with OLED Display to provide a feedback to the user on the current status of device. During UBEP unit start-up OLED Display will show the Pachom logo together with firmware revision number. During this period of 1 second UBEP unit will transmit its ID and will show a Green light on Status LED
(refer to Figure 3.). After the startup is finished if UBEP unit is blank (not yet configured) Pachom logo with revision number will remain on OLED Display and Status LED will blink with Red color every 2-3 seconds. In order to configure UBEP unit operator must use UCP unit. There are four simple steps that operator should follow in order to perform this. Step 1, Pair UCP with UBEP unit. Step 2, Make custom configuration or select one of many Standard configurations available. Step 3, Send the configuration to the UBEP. Step 4, perform the test. For more information on this subject refer to UCP Users Manual. After the start-up is finished in case that UBEP is programed with Custom Configuration you will see it written on OLED Display together with this image:
After the start-up is finished in case that UBEP is programed with one of the Standard Configurations you will the corresponding Configuration Code and Configuration Image presented on OLED Display. This is one of the possible Configuration Codes and Configuration Images that can be shown:
see Figure 3: System Start-up In next two pages we will explain the meaning of variety of colors that can be shown on Status LED and we will also explain the meaning of Configuration Codes. 5 Status LED As we mentioned earlier Status LED can show a variety of different colors. Same colors can have different meaning depending if they are shown in continuous mode (operation), in slow pace blinking mode
(system hearth-beat, passive mode) or in high pace blinking mode
(system active mode). Status LED in Continuous mode Operation:
Duration: between 0.5sec and 5sec Green Light in continuous mode means that UBEP is transmitting its ID, programming status or test mode status. Blue Light in continuous mode means that UBEP is receiving configuration data. Yellow Light in continuous mode means that UBEP is performing erase or write operation. White Light in continuous mode means that UBEP is responding on Check ID command or entering test mode. Status LED in slow pace blinking mode System hearth-beat, passive mode:
Interval: every 2-3sec Passive mode: This is the mode where UBEP is either not yet configured or it is monitoring the input conditions following the configuration but none of the conditions are yet met. Blue Light in slow pace blinking mode means that UBEP unit is in passive mode and Power level is good. Purple Light in slow pace blinking mode means that UBEP unit is in passive mode and Power level is in middle range. Yellow Light in slow pace blinking mode means that UBEP unit is in passive mode and Power level is low. White Light in slow pace blinking mode means that UBEP unit is in Test mode. Red Light in slow pace blinking mode means that UBEP unit is blank (not yet configured). Status LED in high pace blinking mode System active mode:
Interval: several times per second Active mode: This is the mode where UBEP is either in Alarm mode, transmitting the RF protection zone or both. Purple Light in high pace blinking mode means that UBEP unit is in active mode or Test mode and transmitting RF protection zone based on On-Start condition. Yellow Light in high pace blinking mode means that UBEP unit is in active mode and transmitting RF protection zone based on Condition 0, Condition 1, Condition 2 or Condition 3. White Light in high pace blinking mode means that UBEP unit is in Test mode and transmitting RF protection zone based on Condition 0, Condition 1, Condition 2 or Condition 3. Red Light in high pace blinking mode means that UBEP unit is in Alarm mode holding active one of the alarm output lines either on Condition event or on Reply from UPI event. Red light has a priority over other active mode colors. 6 Configuration Codes A A
- P I #
- M M M R F R F APPLICATION NAME I G N N O I T I S O P T U P N I R E B M U N Q E S N O I T O M M 0 1 N O I T O M M 5 N O I T O M M 2 FIRST RF ZONE SECOND RF ZONE DISTANCE DISTANCE Application Name Example: TR (Truck), FL (Forklift), GT (Gantry), DM (Demo) - Can be two letters only Positioning Input 10M Motion 5M Motion 2M Motion 1st RF ZONE Example: F (Front), R (Rear), S (Side), W (Warehouse), O (Open), B (Base), T (Table) - Can be only one letter Example: L (Line-In), A (Accelerometer), X (Not used) - Can be only one letter Example: X (Not used), C (standalone, continuous reading), L (conditioned with Input, Loop reading), E (conditioned with Input, Edge reading) - Can be only one letter Example: X (Not used), C (standalone, continuous reading), L (conditioned with Input, Loop reading), E (conditioned with Input, Edge reading) - Can be only one letter Example: X (Not used), C (standalone, continuous reading), L (conditioned with Input, Loop reading), E (conditioned with Input, Edge reading) - Can be only one letter Precision of the distance is 0.5m. If the distance is round number, mark it with number only. If the distance is not round number, use letter H to describe Half meter. If value is above 10 meters, the precision is 1meter. If RF zone is not used we must mark it with X. Can be only two letters/numbers Example: X (Not used), 02 (2 meter), 2H (2.5 meter), 0H (0.5 meter), 10 (10 meter), 20 (20 meter) 2nd RF ZONE Precision of the distance is 0.5m. If the distance is round number, mark it with number only. If the distance is not round number, use letter H to describe Half meter. If value is above 10 meters, the precision is 1meter. If RF zone is not used we must mark it with X. Can be only two letters/numbers Example: X (Not used), 02 (2 meter), 2H (2.5 meter), 0H (0.5 meter), 10 (10 meter), 20 (20 meter). 7 Camera Section PIR Section Sony Wide Dynamic Range Eiffo CCD Sensor is equipped in the camera chamber inside the UBEP for sharp day and night imaging. 1 2 3 Figure 4: Camera 1. Day/Night Sensor 2. Available Lens angle: 17, 32, 54, 78, 115 3. 4 High-Power Infra-red LEDs for night vision Camera Specification:
T.V. system PAL Standard, 1 Vtt composite video into 75 Light sensitivity <0.01 lux or 0 lux with IR Fixed focal, minimum object distance 0.3m NTSC system also available when requested PIR Motion Sensor is Pyroelectric Human detection sensor. UBEP unit is equipped with three PIR Motion sensors each one specialized for detection within a defined range: 10 meter, 5 meter and 2 meter. 10 meter PIR Sensor 5 meter PIR Sensor 2 meter PIR Sensor Figure 5: PIR Sensors Each Motion sensor can be selected to be used as trigger source for Alarm output or as a part of a condition combined with other inputs
(Line-In for example). 8 RF Section For example, you can set up a high alert zone being active between the UBEP unit and 2 meter and low alert zone being active between 2 meter and 5 meter in front of the UBEP. Within high alert zone UPI can react with vary long and strong vibration showing RED color while within low alert zone UPI can react with vary short and mild vibration showing Yellow color. RF section is one of the most important parts of UBEP device since it is the one creating the protection zone in front of the device with a highly tuned size and precision. UBEP device is operating with RF frequency of 2.4835GHz within the ISM band. It is capable of creating the RF protection zone with adjustable power between -31dBm and 0dBm. This give the UBEP unique feature of adjusting the size of protection zone between 0.5m and 25m in front of the unit. By creating the protection zone UBEP unit is transmitting the command to UPI unit on what kind of alert to execute to warn the pedestrian worker carrying UPI and weather UPI should Reply upon the reception of this command or not. UBEP unit is capable of transmitting up to four different sizes of protection zones simultaneously with narrower zone having the higher execution priority on UPI. This is excellent feature if you want to have different levels of protection within the working site. Figure 6: Two Zone Protection 9 Power Switch External Connector Power Switch is located on the back side of UBEP unit. It can be used regardless if UBEP unit is powered from External Source or from the battery. You can turn on UBEP unit by shortly pressing Power Switch. You can turn it off by pressing and holding Power Switch for 1 second. Use power off-on procedure to get UBEP to transmit its ID to the UCP during the pairing procedure. External connector provides industrial grade connectivity to the UBEP unit giving access to any of the 8-pins supporting:
1. Video Signal Output: Composite Video 2. GND: Ground Level 3. External Power Supply Input: +9V to +58V DC 4. GND: Ground Level 5. Alarm OUT2 Line: Outputs same level as External Power 6. Alarm OUT1 Line: Outputs same level as External Power 7. Line-In detection: +9V to +58V DC detection supported 8. Not used Figure 7: Power Switch UBEP unit without the battery will be automatically powered up and down when connected/disconnected from the External Power Supply. UBEP unit with the battery will also be automatically powered up and down when connected/disconnected from External Power Supply in case that unit is not already powered up by using Power Switch. Figure 8: External Connector External Power Supply Input is protected against reverse polarity connection. 10 Testing and Maintenance Testing only with UPI In order to test the functionality of UBEP device it must be configured with either Custom or any of the Standard Configurations that you want to use. If UBEP unit is blank it must be configured by using UCP unit. There are four simple steps that operator should follow in order to perform this. Step 1, Pair UCP with UBEP unit. Step 2, Make custom configuration or select one of many Standard configurations available. Step 3, Send the configuration to the UBEP. Step 4, perform the test. If you want to perform UBEP Test only by using UPI (no UCP unit) again UBEP device must be configured. In order to perform the test you must simulate real life Conditions and apply them to UBEP. In other words if UBEP is set to create RF Protection zone with Line-In as a trigger you must connect UBEP to the Power Source and Connect high voltage to Line-In input. Or if UBEP is set to activate alarm on output 2 line as a trigger to 5m PIR Sensor you must walk in front of the UBEP. Testing UBEP with UCP and UPI Test can be performed by opening Test Menu on UCP and sending either Active UBEP Test mode or Passive UBEP Test mode command to paired UBEP. The difference between those two is that in Active UBEP Test mode unit will transmit RF Protection zone with UPI vibration set according to programed configuration while in Passive UBEP Test mode unit will transmit RF Protection zone with disabled UPI vibration. After the UBEP unit enters the Test mode you can execute any of the programed conditions or On Start condition by pressing the appropriate button in Test Menu on UCP. If Condition is set and enabled on UBEP it will be executed. Execution of Condition will either activate alarm output on UBEP or transmit RF Protection zone toward UPI or both. 11 General Specifications Dimensions of UBEP device: 60mm (L) x 206mm (W) x 101mm (H) Line-In detection:
Weight of UBEP device: 1600gr Operational temperature range:
+9V to +58V DC detection supported Can be connected directly to Reverse Gear Signal Wire bare UBEP setup: -40 40 C Maximum Power Consumption:
+ Power Switch: -20 40 C
+ PIR Sensors: -20 40 C
+ Battery while discharging: -10 40 C
+ Battery while charging: 0 40 C Ingress Protection:
IP67 - Dust Tight, Waterproof IP69K - Dust Tight, High temperature - pressured water proof External Power supply Input:
+9V to +58V DC Supports +12V, +24V and +48V DC industrial power standards Reverse polarity protection Alarm OUT lines:
Outputs same level as External Power: +9V to +58V DC Maximum continuous current 200mA Protected with automatic fuse with battery; while charging: 6.6W with or without battery; while discharging: 1.7W CE Maintenance Declaration of Conformity SwissTIP S.A. hereby declares that this PACHOM Zoning and Detection Unit is in compliance with the essential requirements and other relevant provisions of Directive 1999/5/EC. 12 FCC Caution. This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Any Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. Note: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:
-Reorient or relocate the receiving antenna.
-Increase the separation between the equipment and receiver.
-Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
-Consult the dealer or an experienced radio/TV technician for help.