iSMA CONTROLLI BACnet iSMA-B-MINI User Manual Download Page 4

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iSMA-B-MINI/MIX BACnet User Manual

www.ismacontrolli.com

DMP261en | 1st Issue rev. 8 | 05/2022

page 4 of 114

8.2.1

BI - Digital Input Object Description (Binary Input: 0-11).............................................. 46

8.2.2

BIA COUNTER Object (Accumulator: 0-12)....................................................................... 47

8.2.3

BI COUNTER Object (Analog Value: 2-13) ......................................................................... 47

8.3

Analog Output BACnet Objects................................................................................................. 48

8.3.1

AO - Analog Output Object Description (Analog Output: 0-5)..................................... 48

8.3.2

AO CONFIGURATION Object (Multistate Value: 17-22) ................................................. 49

8.3.3

AO HAND_STATUS Object (Multistate Value: 23-26)...................................................... 50

8.3.4

AO HAND_VALUE Object (Analog Value: 22-25).............................................................. 50

8.4

Digital Output BACnet Objects.................................................................................................. 50

8.4.1

BO - Digital Output Object Description............................................................................. 50

8.4.2

HAND_STATUS Object (Multistate Value: 23-26)............................................................. 52

8.5

Triac Output BACnet Objects .................................................................................................... 52

8.5.1

TO - Triac Output Object Description (Binary Output: 0-3).......................................... 52

8.5.2

TO PWM VALUE - Triac PWM Object Description (Analog Output: 0-3).................... 54

8.5.3

HAND_STATUS Object (Multistate Value: 23-26)............................................................. 56

8.5.4

TO CONFIGURATION Object (Multistate Value: 17-22) ................................................. 56

8.6

Special Application Modes ......................................................................................................... 57

8.6.1

Special Application Modes for 4I4O-H, 4I4O-H-IP, 4U4O-H, and 4U4O-H-IP .......... 57

8.6.2

INPUT MODE Object (Multistate Value: 27-30)................................................................ 57

8.6.3

MODE TIME Object (Analog Value: 26-29)........................................................................ 61

8.6.4

COMMAND Object (Binary Value: 12-15).......................................................................... 61

8.6.5

BLOCKING Object (Binary Value: 8-11).............................................................................. 61

8.6.6

SETPOINT Object (Analog Value: 30-33)............................................................................ 61

8.6.7

DIFFERENTIAL Object (Analog Value: 34-37).................................................................... 62

Web Configuration ...............................................................................................................63

9.1

Web Server Access....................................................................................................................... 63

9.2

Device Page.................................................................................................................................... 63

9.3

Local I/O Status and Configuration .......................................................................................... 64

9.3.1

Universal Inputs ...................................................................................................................... 64

9.3.2

Digital Inputs............................................................................................................................ 66

9.3.3

Digital Outputs ........................................................................................................................ 66

9.3.4

Analog Outputs ....................................................................................................................... 67

9.4

RS485 Configuration.................................................................................................................... 68

9.5

IP Configuration ............................................................................................................................ 68

9.6

Device Management.................................................................................................................... 71

9.7

Contact............................................................................................................................................ 72

List of BACnet Objects.........................................................................................................73

Summary of Contents for BACnet iSMA-B-MINI

Page 1: ...www ismacontrolli com DMP261en 1st Issue rev 8 05 2022 iSMA B MINI MIX User Manual BACnet ...

Page 2: ...pply Connection 19 4 3 LED Indicators 19 4 3 1 MIX Series Front Panels 19 4 3 2 MINI Series Front Panels 20 4 4 RS485 Port 23 4 4 1 RS485 Communication Bus Connection 23 4 4 2 RS485 Network Termination 23 4 5 Setting Module Address 23 4 5 1 Setting MAC Address in BACnet Protocol 23 4 5 2 Setting Device ID in BACnet Protocol 24 4 6 Baud Rate 24 4 7 Protocol 25 4 8 Default Settings 25 4 8 1 Restorin...

Page 3: ...andard Object Types 36 6 1 4 Data Link Layer Option 37 6 1 5 Supported Character Sets 37 6 1 6 Supported Application Services 37 6 1 7 About COV 37 7 Device Objects 38 7 1 Device BACnet Object Description 38 7 2 VALID_FRAMES_FOR_US_CNT Property 5101 40 7 3 VALID_FRAMES_FOR_NOT_US_CNT Property 5102 40 7 4 ERROR_FRAMES_CNT Property 5103 40 7 5 TRANSMITTED_FRAMES_CNT Property 5104 40 7 6 UP_TIME Obje...

Page 4: ...scription Binary Output 0 3 52 8 5 2 TO PWM VALUE Triac PWM Object Description Analog Output 0 3 54 8 5 3 HAND_STATUS Object Multistate Value 23 26 56 8 5 4 TO CONFIGURATION Object Multistate Value 17 22 56 8 6 Special Application Modes 57 8 6 1 Special Application Modes for 4I4O H 4I4O H IP 4U4O H and 4U4O H IP 57 8 6 2 INPUT MODE Object Multistate Value 27 30 57 8 6 3 MODE TIME Object Analog Val...

Page 5: ...iSMA B MINI MIX BACnet User Manual www ismacontrolli com DMP261en 1st Issue rev 8 05 2022 page 5 of 114 11 List of Supported Temperature Sensors 80 ...

Page 6: ... most popular open communication protocols Modbus ASCII RTU TCP IP and BACnet MS TP IP which are selected using DIP switches Rotary switches are used to set the module address which facilitates and accelerates the process of commissioning the system Built in mini USB allows for the initial configuration of the unit without external power supply Built in Modbus gateway TCP IP to Modbus ASCII RTU en...

Page 7: ...the new MINI module 4x Triac Outputs added 4TO H and 4TO H IP MINI 4I40 H and 4I40 H IP module built in application Change of logic in the Time relay mode Now the timer counts from the falling edge is used to do it from the rising edge MINI 4I40 H and 4I40 H IP Module built in application new objects added MODE_TIME COMMAND and BLOCKING Shortlist of BACnet objects added Tables with PT1000 and NI10...

Page 8: ...with hand operation switches 1 4 7 Dec 2017 Firmware Version 6 0 released with BACnet certification fixed out of service flags in AO BO and TO fixed overridden flags in AO BO and TO fixed bug with number of counters for Binary input object now variable is 32 bit changed AO 1 BO 1 TO 1 HAND_STATUS Access to read only changed resistance table for 2 2K3A1 sensor 1 5 5 Oct 2018 Corrections of typing e...

Page 9: ...iSMA B MINI MIX BACnet User Manual www ismacontrolli com DMP261en 1st Issue rev 8 05 2022 page 9 of 114 Rev Date Description 1 8 25 May 2022 Rebranded Table 1 Revision history ...

Page 10: ...ient phenomena like surges and bursts to devices They also isolate products from inductive phenomena from other transformers and loads Power supply systems for the product should be protected by external devices limiting overvoltage and effects of lightning discharges Avoid powering the product and its controlled monitored devices especially high power and inductive loads from a single power sourc...

Page 11: ...ose to the coil as possible 2 2 EN 60730 1 Power Supply Considerations Electrical safety in the building automation and control systems is essentially based on the use of extra low voltage which is strictly separated from the mains voltage This low voltage is either SELV or PELV according to EN 60730 1 Protection against electric shock is ensured by the following measures Limitation of voltage low...

Page 12: ... 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 ...

Page 13: ...O H 1 2 W 1 8 VA 4U4O H IP 2 2 W 3 3 VA 4U4A H 2 2 W 3 3 VA 4U4A H IP 3 2 W 4 8 VA 4O H 1 6 W 2 4 VA 4O H IP 2 6 W 3 9 VA 4TO H 1 0 W 1 5 VA 4TO H IP 2 0 W 3 0 VA MIX18 3 0 W 4 5 VA MIX18 IP 4 4 W 6 6 VA MIX38 5 0 W 7 5 VA MIX38 IP 7 4 W 11 1 VA Universal Inputs Temperature input Measurement with RTDS attached Accuracy 0 1 C For PT1000 and NI1000 sensors use 16 bit resolution Voltage input Voltage...

Page 14: ...A Measurement resolution 12 bit default or 16 bits Processing time 10 ms channel at 12 bits 140 ms channel at 16 bits Digital Inputs Type Dry contact Max input frequency 100 Hz saved in EEPROM memory Analog Outputs Voltage range 0 10 V DC Max load current 20 mA total 60 mA load current for all outputs for MIX18 MIX18 IP MIX38 MIX38 IP modules Resolution 12 bit Accuracy 0 5 Digital Outputs relays C...

Page 15: ...s Continuous load per channel 0 5 A at 20 V AC up to max 250 V AC Peak load per channel 1 5 A at 20 V AC up to max 250 V AC 30 s Gate Control Zero crossing turn ON Frequency Range 47 to 63 Hz Snubber Snubberless triac RS485 Interface RS485 Up to 128 devices Communication protocols Modbus RTU Modbus ASCII or BACnet set by switch Baud rate From 2400 to 115200 set by switch Address 0 to 99 set by swi...

Page 16: ...th 110 mm 4 331 in Length 88 mm 3 4646 in Height 62 mm 2 441 in MIX38 MIX38 IP Width 110 mm 4 331 in Length 160 mm 6 2993 in Height 62 mm 2 441 in MINI Series Width 110 mm 4 331 in Length 37 mm 1 457 in Height 62 mm 2 441 in Table 2 Technical specification 3 1 Summary Table for All Modules Module Type UI DI A O DO T O Modbus RTU ASCII Modbus TCP IP BACnet MS TP BACnet IP 4I4O H 4 4 4I4O H IP 4 4 4...

Page 17: ...4O H IP 4 4 8I 8 8I IP 8 8U 8 8U IP 8 4TO H 4 4TO H IP 4 MIX18 5 5 4 4 MIX18 IP 5 5 4 4 MIX38 8 12 6 12 MIX38 IP 8 12 6 12 RS485 slave Modbus gateway IP RS485 works only as a master on RS485 network RS485 master slave Modbus gateway IP RS485 works only as a master on RS485 network Table 3 Summary table for all modules ...

Page 18: ...ssue rev 8 05 2022 page 18 of 114 4 Hardware Specification 4 1 Dimensions 4 1 1 MINI Series Dimensions Figure 2 The MINI series dimensions 4 1 2 MIX18 Series Dimensions Figure 3 The MIX18 series dimensions 4 1 3 MIX38 Series Dimensions Figure 4 The MIX38 series dimensions ...

Page 19: ... 1st Issue rev 8 05 2022 page 19 of 114 4 2 Power Supply Connection Figure 5 AC power supply connection Figure 6 DC power supply connection 4 3 LED Indicators 4 3 1 MIX Series Front Panels MIX18 Top Panels Figure 7 The MIX18 top panel Figure 8 The MIX18 IP top panel ...

Page 20: ... 20 of 114 MIX38 Top Panels Figure 9 The MIX38 top panel Figure 10 The MIX38 IP top panel 4 3 2 MINI Series Front Panels MINI 8I and 8I IP Top Panels Figure 11 The 8I top panel Figure 12 The 8I IP top panel The MINI 8U and 8U IP Top Panels Figure 13 The 8U top panel Figure 14 The 8U IP top panel ...

Page 21: ...INI 4I4O H and 4I4O H IP Top Panels Figure 15 The 4I4O H top panel Figure 16 The 4I4O H IP top panel The MINI 4U4O H and 4U4O H IP Top Panels Figure 17 The 4U4O H top panel Figure 18 The 4U4O H IP top panel The MINI 4U4A H and 4U4A H IP Top Panels Figure 19 The 4U4A H top panel Figure 20 The 4U4A H IP top panel ...

Page 22: ...sage If the module receives sends a lot of messages the LED can be lit continuously LEDs indicating the status of the universal inputs U1 Un are lit when the resistance connected to the input is less than 5 kΩ dry contact input is active LEDs indicating the status of the digital inputs I1 In are lit when the input is active LEDs indicating the status of the analog outputs A1 An are lit when the ou...

Page 23: ...quate to its characteristic impedance Both ends must be terminated since the propagation is bidirectional In case of an RS485 twisted pair cable this termination is typically 120 Ω 4 5 Setting Module Address 4 5 1 Setting MAC Address in BACnet Protocol The module is equipped with two rotary switches S1 and S2 located on the top panel of the device for determining the MAC address of the device It i...

Page 24: ...ID Device ID Vendor ID 1000 MAC 128 only in BACnet slave where iSMA CONTROLLI Poland Vendor ID 826 For example if the MAC address is set to 41 and the protocol is set to BACnet master then the Device ID 826041 or if the protocol is set to BACnet slave then the Device ID 826169 If the user changes the Device ID by setting a new value of the Device ID property in the Device object then changing the ...

Page 25: ...e selection 4 7 Protocol The protocol is selected with sections 4 and 5 of the S3 switch according to the table 4 5 Protocol Off 0 Off 0 Modbus RTU Off 0 On 1 Modbus ASCII On 1 Off 0 BACnet master On 1 On 1 BACnet slave Table 5 Protocol selection 4 8 Default Settings In its out of the box state as well as after restoring the default values the device has the following default register values Regis...

Page 26: ...1 6 0 UNIVERSAL INPUT CONFIGURATION 1 8 1 INPUT FILTER TIME CONSTANT 1 8 2 UNIVERSAL INPUT RESOLUTION 1 8 0 ANALOG OUTPUT CONFIGURATION 1 6 0 COV INCREMENT BACnet only 1 Only for IP Modules USERNAME admin PASSWORD 1000 IP ADDRESS 192 168 1 123 MASK 255 255 255 0 GATEWAY 192 168 1 1 HTTP PORT 80 MODBUS TCP PORT 502 MODBUS TCP TIMEOUT 60 s RS485 TIMEOUT 1000 ms RS485 BIASING RESISTORS MINI only DISA...

Page 27: ... default configuration of all registers follow the steps below turn off the power supply set section 6 of the S3 switch to on turn on the power supply the power LED will start blinking switch section 6 of the S3 switch to off to restore the default settings To cancel the reset turn off the power and switch section 6 of the S3 switch to the off position ...

Page 28: ...their quantities differ between the modules types according to the table Module Type UI DI AO DO TO 4I4O H 4 4 4I4O H IP 4 4 4O H 4 NC NO 8A 4O H IP 4 NC NO 8A 4U4A H 4 4 4U4A H IP 4 4 4U4O H 4 4 4U4O H IP 4 4 8I 8 8I IP 8 8U 8 8U IP 8 4TO H 4 4TO H IP 4 MIX18 5 5 4 4 MIX18 IP 5 5 4 4 MIX38 8 12 6 12 MIX38 IP 8 12 6 12 Table 7 Inputs and outputs in MINI MIX modules 5 2 Universal Inputs Universal i...

Page 29: ... Ω resistance According to Ohm s law the current is directly proportional to the voltage and the resistance is the constant of proportionality I U R According to the Ohm s law equation for 20 mA current with 200 Ω resistance the output voltage is 4 V It means that the 4 V voltage measured on the universal input corresponds to 20 mA current The result is expressed in millivolts 5 2 1 Universal Inpu...

Page 30: ...niversal Input Resistance Connection Figure 30 A universal input resistance connection 5 2 4 Universal Input Dry Contact Connection Figure 31 A universal input dry contact connection 5 3 Digital Inputs Digital inputs operate as standard dry contact inputs and additionally as high speed pulse counters up to 100 Hz ...

Page 31: ...ct pulses up to 100 Hz The connection is identical as in case of the dry contact input 5 4 Analog Outputs Analog outputs provide a 0 10 V DC output with maximum load up to 20 mA They support three types of output signals voltage 0 10 V DC with maximum load up to 20 mA digital Pulse Width Modulation PWM 0 01 Hz 0 1 Hz 1 Hz 10 Hz 100 Hz 5 4 1 Analog Output Voltage Connection Figure 33 An analog outp...

Page 32: ...y Connection Figure 34 An analog output relay connection 5 4 3 Analog Output Actuator Connection Figure 35 An analog output actuator connection 5 5 Digital Outputs Digital outputs operate as relay outputs with maximum loads of resistive load 3 A at 230 V AC and 3 A at 30 V DC inductive load 75 VA for 230 V AC and 30 W for 24 V DC ...

Page 33: ...114 5 5 1 Digital Output Solenoid Valve Connection Figure 36 A digital output solenoid valve connection 5 5 2 Digital Output Resistive Load Connection Figure 37 A digital output resistive load connection 5 5 3 Digital Output Inductive Load Connection Figure 38 A digital output inductive load connection ...

Page 34: ...l www ismacontrolli com DMP261en 1st Issue rev 8 05 2022 page 34 of 114 5 6 Triac Outputs Triac outputs work as typical binary outputs or in Pulse Width Modulation PWM mode 0 01 Hz 0 1 Hz 1 Hz 10 Hz Figure 39 A triac output connection ...

Page 35: ...4A H iSMA B 4TO H iSMA B MIX18 IP iSMA B MIX38 IP iSMA B 8I IP iSMA B 8U IP iSMA B 4O H IP iSMA B 4I4O H IP iSMA B 4U4O H IP iSMA B 4U4A H IP iSMA B 4TO H IP Firmware Revision 6 5 BACnet Protocol Revision 1 14 Table 8 The conformance statement regarding the implentation of the BACnet protocol 6 1 1 BACnet Standardized Device Profile All I O modules have been standardized as the BACnet Smart Sensor...

Page 36: ...rite Property Multiple B DS WPM B Table 9 Supported building blocks 6 1 3 Supported BACnet Standard Object Types The following is a list of the standard object types as defined by ASHRAE Object Name Object Numbers for a different type of modules 8U 8U IP 8I 8I IP 4I4 O H 4I4 O H IP 4U 4O H 4U 4O H IP 4U 4A H 4U 4A H IP 4O H 4O H IP 4TO H 4TO H IP MIX 18 MIX 18 IP MIX 38 MIX 38 IP Analog Input 8 4 ...

Page 37: ...lication Service Initiates Requests Executes Requests I Am Yes I Have Yes ReadProperty Yes ReadPropertyMultiple Yes Who Has Yes Who Is Yes WriteProperty Yes WritePropertyMultiple Yes Table 11 Supported application services 6 1 7 About COV All MIX and MINI I O modules support COV change of value policy It means that the module can send a value every time it is changed COV only works with BI BO AI a...

Page 38: ... e Property ID Data Type Description OBJECT_IDENTIFIER Yes OBJECT_NAME Yes OBJECT_TYPE Yes SYSTEM_STATUS Yes VENDOR_NAME Yes VENDOR_IDENTIFIE R Yes MODEL_NAME Yes FIRMWARE_REVISIO N Yes APPLICATION_SOFT WARE_VERSION Yes PROTOCOL_VERSIO N Yes PROTOCOL_REVISI ON Yes PROTOCOL_SERVIC ES_SUPPORTED Yes PROTOCOL_OBJECT _TYPES_SUPPORTE D Yes OBJECT_LIST Yes MAX_APDU_LENGT H_ACCEPTED Yes SEGMENTATION_SU PP...

Page 39: ... 3030 Unsigned RS485_BIASING Yes Yes 3045 Unsigned MINI IP modules only with HW_VERSION 2 0 BAUD_RATE Yes 3084 Unsigned USER_BAUD_RATE Yes Yes 3085 Unsigned IP_ADDRESS Yes Yes 3101 Unsigned SUBNET_MASK Yes Yes 3102 Unsigned DEFAULT_GATEWAY Yes Yes 3103 Unsigned HTTP_PORT Yes Yes 3104 Unsigned UDP_PORT Yes Yes 3105 Unsigned WATCHDOG Yes Yes 5001 Unsigned VALID_FRAMES_FOR _US_CNT Yes 5101 Unsigned V...

Page 40: ...xpressed in seconds to watchdog reset If the module does not receive any valid BACnet message within that time all PRIORITY_ARRAYs will be set to null and the PRESENT_VALUE for outputs will be set to the RELINQUISH_DEFAULT value This feature is useful in case of an interruption in data transmission and if for security reasons output states must be set to the appropriate state in order to avoid end...

Page 41: ...6 MIX38 5210 0x3416 MIX18 IP 5310 0x3516 MIX38 IP Table 13 Module type value assignement The high byte contains a module firmware version multiplied by 10 Example The property 3030 has a value of 1281010 0x320A16 It means that it is a MIX18 module 0x32 with a firmware version 1 0 0x0A16 1010 Setting the property 3030 according to the table below enables 1 of 4 available actions reset module reload...

Page 42: ... IP modules with a hardware version 2 0 MIX IP modules with hardware version 3 0 and up have a hardware switch for RS485 biasing under the bottom cover For more information see installation instructions available at ismacontrolli com The biasing resistors are useful in case when iSMA modules are connected to third party devices with the same RS485 bus and communication errors appear on the network...

Page 43: ...ly creatable no dynamically deletable no Property Name Requir ed Proprie tary Writab le Property ID Data Type Description OBJECT_IDENTIF IER Yes From AI 0 to AI 7 OBJECT_NAME Yes UI x OBJECT_TYPE Yes PRESENT_VALU E Yes PRESENT_VALUE and UNITS property STATUS_FLAGS Yes EVENT_STATE Yes OUT_OF_SERVIC E Yes OUT OF SERVICE property UNITS Yes PRESENT_VALUE and UNITS property COV_INCREMEN T COV INCREMENT...

Page 44: ...property is false the Present Value property represents the actual value read from the input Setting the Out Of Service property to true stops updating the Present Value property allowing to write a custom value to it The custom value will then override the value read from the physical input 8 1 2 UI CONFIGURATION Object Multistate Value 1 8 The object is used to set the type of the universal inpu...

Page 45: ... 23 The temperature sensor 3K NTC B 3975K ºF 24 The temperature sensor PT1000 ºF 25 The temperature sensor NI1000 32F ºF 26 The temperature sensor NI1000 70F ºF Table 16 Properties of the UI CONFIGURATION object This parameter is also available as the BACnet UI Analog Input object property number 4001 For configuration parameters please refer to the Modbus manual register numbers 40151 40158 8 1 3...

Page 46: ...ontact If the input is shorted to the ground the value is set to 1 The UI_DRY_CONTACT object works only if the UI_CONFIGURATION object is set to resistance or temperature This status is also available as the BACnet UI Analog Input object property number 3013 8 2 Digital Input BACnet Objects 8 2 1 BI Digital Input Object Description Binary Input 0 11 Each of the digital inputs in all types of modul...

Page 47: ...ce is false the Present Value property represents the actual value read from the input Setting the Out Of Service property to true stops updating the Present Value property from the physical input and allows for entering a custom value into the Present Value property 8 2 2 BIA COUNTER Object Accumulator 0 12 The object contains the number of counted pulses represented by the Accumulator Value BACn...

Page 48: ...les is represented on the BACnet network as the BACnet Analog Output object with the following properties Dynamically creatable no dynamically deletable no Property Name Required Proprietary Writable Property ID Data Type Description OBJECT_IDENTIFI ER Yes From AO 0 to AO 5 OBJECT_NAME Yes AO x OBJECT_TYPE Yes PRESENT_VALUE Yes Yes PRESENT_VALUE property STATUS_FLAGS Yes STATUS FLAG property EVENT...

Page 49: ...roperty For the analog output the OUT OF SERVICE object property is set to true if the output is overridden by the USB connection or in the module s web page only in IP version The OUT OF SERVICE is set to false if the Present Value property is set by the BACnet message STATUS FLAG Property The STATUS FLAG property contains information about the status of the object This property consists of 4 bin...

Page 50: ...tus object value list This information is also available in the AO Analog Output object as the HAND_STATUS property 3014 8 3 4 AO HAND_VALUE Object Analog Value 22 25 The object contains the percentage value 0 100 of hand This information is also available in the AO Analog Output object as the HAND_VALUE property 3015 8 4 Digital Output BACnet Objects 8 4 1 BO Digital Output Object Description Eac...

Page 51: ...tional properties of the object are saved to maintain the backward compatibility with the older firmware version In the new firmware version each property has a corresponding BACnet object PRESENT_VALUE Property The property contains the actual value of the digital output If the DO is in the hand mode the actual value of the DO is stored in both PRESENT VALUE property and HAND_STATUS object Digita...

Page 52: ...a module web page only in IP version In such case the OUT OF SERVICE is set to false if the Present Value property is set by the BACnet message 8 4 2 HAND_STATUS Object Multistate Value 23 26 The property stores information about the status of the hand operation switch and the status of the DO in the hand mode according to the table below Value of Hand Status Status Description 1 AUTO OUT OFF 2 AU...

Page 53: ...on about the actual state of the triac output Note If the TO is in the hand mode the actual value of the TO is stored in the HAND_STATUS object COV INCREMENT Property In the firmware versions above 4 0 MIX and MINI modules support COV change of value which means that the module automatically sends the triac output value if the value changes more than the COV Increment property value OUT OF SERVICE...

Page 54: ...l TRUE ON 0010 ON Manual position OFF null FALSE OFF 0010 OFF Table 27 STATUS FLAG property changes 8 5 2 TO PWM VALUE Triac PWM Object Description Analog Output 0 3 This object is designed to serve the triac output in the PWM mode The BACnet PWM VALUE object has the following properties Dynamically creatable no dynamically deletable no Property Name Require d Proprietar y Writable Property ID Dat...

Page 55: ... stores the percentage value of the PWM output duty cycle The output operation mode is defined by the TO_CONFIGURATION object COV INCREMENT Property In the firmware versions above 4 0 MIX and MINI modules support COV change of value It means that the module will automatically send the PWM_VALUE value if it changes more than the COV Increment property value OUT OF SERVICE Property For the PWM Outpu...

Page 56: ...TUS Object Multistate Value 23 26 The Hand Status object stores the status of the hand operation switch and the status of the TO in the hand mode according to the table below Value of Hand Status Status Description 1 AUTO OUT OFF 2 AUTO OUT ON 3 HAND OUT OFF 4 HAND OUT ON Table 30 The Hand Status object value list 8 5 4 TO CONFIGURATION Object Multistate Value 17 22 This object contains informatio...

Page 57: ...1 DO1 DI2 DO2 DI3 DO3 DI4 DO4 Table 32 Built in application determining the relation between input and output The digital inputs in 4I4O H 4I4O H IP 4U4O H 4U4O H IP modules can be set to work in different modes There are dedicated objects for input mode Multistate Value 27 30 time parameters Analog Value 26 29 setpoints for heating cooling modes Analog Value 30 33 4U4O H and 4U4O H IP only and fo...

Page 58: ...e on the digital input changes the output state The action of the bistable relay can be executed remotely by changing the relevant COMMAND object Outputs can be also overwritten by the DIGITAL OUTPUT object which allows remote control from the BMS Time Relay NO ms In this mode if the output value is false the rising edge on the digital input sets the output to true Every falling edge on the digita...

Page 59: ... object expressed in seconds counting from the last rising edge of the digital input The action of time relay can be executed remotely by changing state from false to true in relevant COMMAND object The outputs can be also overwritten by the DIGITAL OUTPUT object module which allows remote control from the BMS Input Forwarding In this mode any signal from the input is transferred directly to the a...

Page 60: ... If the Control value is less than or equals to the difference between the Setpoint object and Differential object the output is in the low state If the Control value is greater than or equals to the sum of the Setpoint object and Differential object the output is in the high state The output in the low state Control value Setpoint Differential The output in the high state Control value Setpoint D...

Page 61: ...t forwarding heating and cooling modes 8 6 5 BLOCKING Object Binary Value 8 11 The BLOCKING objects are used to block physical input signals from the control logic all modes excluding heating cooling mode By setting true value on the relevant object the module blocks the input and no action will be executed Setting false value restores normal operation The block input function does not work if the...

Page 62: ...TIAL objects contain values which are used in heating cooling modes 4U4O H and 4U4O H IP only as the differential for heating cooling control algorithm The Setpoint objects and Differential objects create a deadband of the Control values which has no influence on the output Deadband Setpoint Differential Setpoint Differential The default Differential value is 1 ...

Page 63: ...s 192 168 1 123 Please use the following default credentials Username platform Password 1000 by default Note The web server can be disabled by setting the HTTP port to 0 This option is available for firmware versions 6 5 and up 9 2 Device Page This page contains information about the device and its technical specification Basic Information section includes information about the type of the module ...

Page 64: ...s for setting a different type of sensor Resolution read write resolution measurement 12 bit 16 bit for PT1000 and NI1000 sensors please use 16 bit resolution UI Flag read only the status of UI configured as dry contact input Disable Voltage Measurement read write disables voltage measuring resistance measurement only L P Filter Constant read write the value of the time constant for low pass filte...

Page 65: ...ns the following fields Block Input read write allows for blocking a particular input except for heating cooling modes Input Mode read write allows for selecting the Special Application Mode for a particular input Ordinary IO in default Command read write execution of the Special Application Modes except for input forwarding heating cooling modes Mode Time read write time base for time relay appli...

Page 66: ...fields State read only actual input state Reset Flag read write reset of pulses value leaving reset active will reset the value of the pulses Counter State read only the actual value of pulses saved in EEPROM Counter State To Set read write allows for setting the value of the counter 9 3 3 Digital Outputs This page allows for entering the configuration parameters and showing the actual value of th...

Page 67: ...guration parameters and showing the actual value of the analog outputs To open this page please navigate to the Local I O tab and choose the Analog Outputs from the submenu Figure 49 The 4U4A H IP Analog Outputs page The Analog Outputs table contains the following fields Value read write the actual value of the analog output in millivolts mV Type read write the analog output operating mode voltage...

Page 68: ...ASCII Stop Bits read write number of stop bits 1 or 2 Data Bits read write number of data bits transmitted in a single byte 7 or 8 Parity Bits read write transmission protection as a parity bit added before the stop bit bits RS485 Biasing Resistors activation of the biasing resistors for MINI IP modules only with a hardware version 2 0 MIX IP modules with hardware version 3 0 and up have a hardwar...

Page 69: ... BACnet ID read write BACnet ID set by rotary switches this value can be overridden by the user once overridden by the user changing rotary switches will not affect the BACnet ID BACnet UDP port read write the BACnet IP port BBMD IP read write the IP address of the BACnet Broadcast Management Device BBMD server the default value is blank 0 0 0 0 Note If the BBMD IP address is left to its default v...

Page 70: ...ore subnets needs a BBMD Server in order to communicate If the BBMD Server has also been designated to register foreign devices like iSMA MINI MIX IP Modules it shall include a Foreign Device Table FDT iSMA IP Module as Foreign Device Each iSMA MINI MIX IP module can be a foreign BACnet device The foreign device is a BACnet device that has a different IP subnet address than those devices comprisin...

Page 71: ...ice field a device is being registered to the BBMD server By registering with the BBMD server each iSMA MINI MIX IP Module becomes a member of the BACnet IP network and receives broadcast messages forwarded from the BBMD server when they are available and may request these messages be broadcast by the BBMD server on its behalf Once the message is received the BBMD server adds the foreign device to...

Page 72: ...evice password in the New Device Password field enter the new device password again in the Confirm New Device Password field to confirm the password change please click the Submit button please log out and log in again using the new password 9 7 Contact This page displays information about Manufacturer s web page address and the e mail address to technical support Figure 53 Contact page view WARNI...

Page 73: ...ut 7 Read only Yes AO 1 Analog Output 0 Read write Yes Analog output current value AO 2 Analog Output 1 Read write Yes AO 3 Analog Output 2 Read write Yes AO 4 Analog Output 3 Read write Yes AO 5 Analog Output 4 Read write Yes AO 6 Analog Output 5 Read write Yes BI 1 Binary Input 0 Read only Yes Digital input current value BI 2 Binary Input 1 Read only Yes BI 3 Binary Input 2 Read only Yes BI 4 Bi...

Page 74: ... BO 11 Binary Output 10 Read write Yes BO 12 Binary Output 11 Read write Yes UI 1_DRY_ CONTACT Binary Value 0 Read only No Universal input dry contact binary value UI 2_DRY_ CONTACT Binary Value 1 Read only No UI 3_DRY_ CONTACT Binary Value 2 Read only No UI 4_DRY_ CONTACT Binary Value 3 Read only No UI 5_DRY_ CONTACT Binary Value 4 Read only No UI 6_DRY_ CONTACT Binary Value 5 Read only No UI 7_D...

Page 75: ... 13 Read write No UI 1_FILTER Analog Value 14 Read write No Universal input low pass filter time value default value 2 s UI 2_FILTER Analog Value 15 Read write No UI 3_FILTER Analog Value 16 Read write No UI 4_FILTER Analog Value 17 Read write No UI 5_FILTER Analog Value 18 Read write No UI 6_FILTER Analog Value 19 Read write No UI 7_FILTER Analog Value 20 Read write No UI 8_FILTER Analog Value 21...

Page 76: ...tion 12 bit default 16 bit UI 2_RESOLUTION Multistate Value 10 Read write No UI 3_RESOLUTION Multistate Value 11 Read write No UI 4_RESOLUTION Multistate Value 12 Read write No UI 5_RESOLUTION Multistate Value 13 Read write No UI 6_RESOLUTION Multistate Value 14 Read write No UI 7_RESOLUTION Multistate Value 15 Read write No UI 8_RESOLUTION Multistate Value 16 Read write No AO 1_CONFIGURATIO N Mul...

Page 77: ...t counter value Accumulator BACnet object The same function is also available using the Analog Value BACnet object BIA 2_COUNTER Accumulator 1 Read write No BIA 3_COUNTER Accumulator 2 Read write No BIA 4_COUNTER Accumulator 3 Read write No BIA 5_COUNTER Accumulator 4 Read write No BIA 6_COUNTER Accumulator 5 Read write No BIA 7_COUNTER Accumulator 6 Read write No BIA 8_COUNTER Accumulator 7 Read ...

Page 78: ...atus TO 1_ HAND_STATUS Multistate Value 24 Read only No TO 1_ HAND_STATUS Multistate Value 25 Read only No TO 1_ HAND_STATUS Multistate Value 26 Read only No For MINI 4I4O H and 4I4O H IP only BI 1_INPUT_MODE Multistate Value 27 Read write No Ordinary IO def Monostable Relay Bistable Relay Time Relay NO ms Time Relay NC ms Time Relay NO s Time Relay NC s Input Forwarding 4U4O H 4U4O H IP only Heat...

Page 79: ... 3_COMMAND Binary Value 14 Read write No BI 4_COMMAND Binary Value 15 Read write No For MINI 4U4O H and 4U4O H IP only BI 1_SETPOINT Analog Value 30 Read write No SETPOINT for heating cooling modes Default 0 BI 2_SETPOINT Analog Value 31 Read write No BI 3_SETPOINT Analog Value 32 Read write No BI 4_SETPOINT Analog Value 33 Read write No BI 1_DIFFERENTIAL Analog Value 34 Read write No DIFFERENTIAL...

Page 80: ...el 20K6A1 2 2K3A1 3K3A1 30K6A1 SIE1 TAC1 SAT1 PT1000 NI1000 NI1000 21C ºC NI1000 LG ºC 10K Type II NTC 10K Type III NTC 20K NTC 3K NTC NI1000 32F ºF NI1000 70F ºF PT1000 ºF No 1 Sensor 10K3A1 β coefficient 3975K Manufacturers Aquatrol Cylon Honeywell Johnson Satchwell Seachange C Ω 50 667828 45 491749 40 335671 35 241840 30 176683 25 131251 20 96974 15 72895 10 55298 ...

Page 81: ...P261en 1st Issue rev 8 05 2022 page 81 of 114 No 1 5 42314 0 32650 5 25396 10 19904 15 15714 20 12494 25 10000 30 8056 35 6530 40 5325 45 4367 50 3601 55 2985 60 2487 65 2082 70 1751 75 1480 80 1256 85 1070 90 916 95 787 100 678 105 587 110 510 115 444 120 388 ...

Page 82: ...e 82 of 114 No 1 125 340 No 2 Sensor 10K4A1 β coefficient 3695K Manufacturers Andover Delta Controls Siebe York C Ω 50 441667 45 330749 40 239831 35 181532 30 135233 25 105081 20 78930 15 61030 10 47549 5 37316 0 29490 5 23462 10 18787 15 15136 20 12268 25 10000 30 8197 35 6754 40 5594 45 4656 ...

Page 83: ...Issue rev 8 05 2022 page 83 of 114 No 2 50 3893 55 3271 60 2760 65 2339 70 1990 75 1700 80 1458 85 1255 90 1084 95 939 100 817 105 713 110 624 115 547 120 482 125 426 No 3 Sensor 10K Carel β coefficient 3435K C Ω 50 329500 45 247700 40 188500 35 144100 30 111300 25 86430 ...

Page 84: ...61en 1st Issue rev 8 05 2022 page 84 of 114 No 3 20 67770 15 53410 10 42470 5 33900 0 27280 5 22050 10 17960 15 14690 20 12090 25 10000 30 8313 35 6940 40 5827 45 4912 50 4161 55 3536 60 3020 65 2588 70 2228 75 1924 80 1668 85 1451 90 1266 95 1108 100 973 105 857 ...

Page 85: ...e rev 8 05 2022 page 85 of 114 No 3 110 758 115 672 120 597 125 531 No 4 Sensor 20K6A1 β coefficient 4262K C Ω 40 806800 35 574400 30 413400 25 300400 20 220600 15 163480 10 122260 5 92220 0 70140 5 53780 10 41540 15 32340 20 25340 25 20000 30 15886 35 12698 40 10212 45 8260 ...

Page 86: ...v 8 05 2022 page 86 of 114 No 4 50 6718 55 5494 60 4518 65 3732 70 3098 75 2586 80 2166 85 1823 90 1541 95 1308 100 1114 105 953 110 818 115 704 120 609 125 528 115 444 120 388 125 340 No 5 Sensor 2 2K3A1 β coefficient 3975K Manufacturers Ambiflex Johnson C Ω 50 150395 45 112994 ...

Page 87: ...m DMP261en 1st Issue rev 8 05 2022 page 87 of 114 No 5 40 75593 35 57691 30 39789 25 30814 20 21839 15 16416 10 12453 5 9529 0 7353 5 5719 10 4482 15 3539 20 2814 25 2252 30 1814 35 1471 40 1199 45 983 50 810 55 672 60 560 65 468 70 394 75 333 80 282 85 241 ...

Page 88: ...ue rev 8 05 2022 page 88 of 114 No 5 90 206 95 177 100 152 105 132 110 114 115 100 120 88 125 77 No 6 Sensor 3K3A1 β coefficient 3975K Manufacturers Alerton C Ω 50 200348 45 150524 40 100701 35 76853 30 53005 25 41048 20 29092 15 21868 10 16589 5 12694 0 9795 5 7619 10 5971 ...

Page 89: ...macontrolli com DMP261en 1st Issue rev 8 05 2022 page 89 of 114 No 6 15 4714 20 3748 25 3000 30 2417 35 1959 40 1598 45 1310 50 1080 55 896 60 746 65 625 70 526 75 444 80 377 85 321 90 275 95 236 100 204 105 176 110 153 115 133 120 117 125 102 ...

Page 90: ...05 2022 page 90 of 114 No 7 Sensor 30K6A1 β coefficient 4262K Manufacturers Drayton C Ω 30 622911 25 477393 20 331876 15 245785 10 183697 5 138502 0 105305 5 80713 10 62347 15 48511 20 38019 25 30000 30 23828 35 19046 40 15317 45 12390 50 10079 55 8243 60 6777 65 5600 70 4650 75 3879 ...

Page 91: ...sue rev 8 05 2022 page 91 of 114 No 7 80 3251 85 2737 90 2313 95 1963 100 1672 105 1430 110 1228 115 1058 120 915 125 793 No 8 Sensor SIE1 Manufacturers Barber Colman Siebe C Ω 50 10732 45 10624 40 10517 35 10344 30 10172 25 9913 20 9654 15 9320 10 8933 5 8496 0 8044 5 7489 ...

Page 92: ...lli com DMP261en 1st Issue rev 8 05 2022 page 92 of 114 No 8 10 6938 15 6370 20 5798 25 5238 30 4696 35 4185 40 3707 45 3271 50 2875 55 2521 60 2206 65 1929 70 1685 75 1472 80 1287 85 1127 90 986 95 866 100 760 105 670 110 590 115 522 120 462 125 410 ...

Page 93: ...t Issue rev 8 05 2022 page 93 of 114 No 9 Sensor TAC1 β coefficient 3500K Manufacturers TAC C Ω 40 39024 35 29358 30 22284 25 17073 20 13192 15 10276 10 8068 5 6382 0 5085 5 4078 10 3294 15 2676 20 2188 25 1800 30 1488 35 1237 40 1034 45 869 50 733 55 622 60 529 65 453 ...

Page 94: ...61en 1st Issue rev 8 05 2022 page 94 of 114 No 9 70 389 75 335 80 290 85 252 90 220 95 192 100 169 105 149 110 131 115 116 120 103 125 92 No 10 Sensor SAT1 Manufacturers Satchwell C Ω 50 9719 45 9652 40 9584 35 9467 30 9349 25 9159 20 8968 15 8708 10 8396 5 8031 ...

Page 95: ... DMP261en 1st Issue rev 8 05 2022 page 95 of 114 No 10 0 7614 5 7150 10 6649 15 6121 20 5580 25 5039 30 4513 35 4012 40 3545 45 3117 50 2730 55 2386 60 2082 65 1816 70 1585 75 1385 80 1213 85 1064 90 937 95 828 100 734 105 654 110 585 115 525 120 474 125 429 ...

Page 96: ... No 11 Sensor PT1000 Manufacturers Honeywell Sauter Serck Siebe Cylon C Ω 50 803 1 40 842 7 30 882 2 20 921 6 10 960 9 0 1000 0 10 1039 0 20 1077 9 30 1116 7 40 1155 4 50 1194 0 60 1232 4 70 1270 8 80 1309 0 90 1347 1 100 1385 1 110 1422 9 120 1460 7 130 1498 3 140 1535 8 150 1573 3 160 1610 5 170 1647 7 ...

Page 97: ...114 No 11 180 1684 8 190 1721 7 200 1758 6 210 1795 3 220 1831 9 230 1868 4 240 1904 7 250 1941 0 260 1977 1 270 2013 1 280 2049 0 290 2084 8 300 2120 5 310 2156 1 320 2191 5 330 2226 8 340 2262 1 350 2297 2 360 2332 1 370 2367 0 380 2401 8 390 2436 4 400 2470 9 No 12 Sensor NI1000 Manufacturers Sauter ...

Page 98: ...2 page 98 of 114 No 12 C Ω 50 742 6 40 791 3 30 841 5 20 893 0 10 945 8 0 1000 0 10 1055 5 20 1112 4 30 1170 6 40 1230 1 50 1291 1 60 1353 4 70 1417 2 80 1482 5 90 1549 4 100 1617 8 110 1687 9 120 1759 8 130 1833 4 140 1909 0 150 1986 6 No 13 Sensor NI1000 21C ºC Manufacturers Distech C Ω ...

Page 99: ...05 2022 page 99 of 114 No 13 40 699 3 30 745 5 20 792 8 10 841 2 0 891 0 10 942 0 20 994 3 30 1047 8 40 1102 6 50 1158 5 60 1215 8 70 1274 3 80 1334 4 90 1407 8 100 1473 1 110 1524 0 No 14 Sensor NI1000 LG ºC Manufacturers LG C Ω 50 790 9 40 830 8 30 871 7 20 913 5 10 956 2 0 1000 0 ...

Page 100: ...f 114 No 14 10 1044 8 20 1090 7 30 1137 6 40 1185 7 50 1235 0 60 1285 4 70 1337 1 80 1390 1 90 1444 4 100 1500 0 110 1557 0 120 1615 4 130 1675 2 140 1736 5 150 1799 3 No 15 Sensor 10K Type II NTC β coefficient 3975K Manufacturers Alerton F Ω 40 336095 35 279921 30 233942 25 196184 20 165062 15 139324 ...

Page 101: ... Issue rev 8 05 2022 page 101 of 114 No 15 10 117968 5 100192 0 85346 5 72910 10 62464 15 53660 20 46222 25 39919 30 34563 35 30001 40 26104 45 22767 50 19903 55 17439 60 15313 65 13476 70 11884 75 10501 80 9298 85 8249 90 7333 95 6530 100 5826 105 5208 110 4663 115 4182 ...

Page 102: ...1st Issue rev 8 05 2022 page 102 of 114 No 15 120 3757 125 3381 130 3047 135 2751 140 2487 145 2252 150 2042 155 1855 160 1687 165 1536 170 1401 175 1279 180 1169 185 1070 190 981 195 901 200 827 205 761 210 701 215 646 220 597 225 551 230 510 235 472 240 438 245 406 ...

Page 103: ... page 103 of 114 No 15 250 377 No 16 Sensor 10K Type III NTC β coefficient 3695K Manufacturers Andowver F Ω 40 239831 35 203801 30 173631 25 148378 20 127139 15 109226 10 94078 5 81235 0 70317 5 61012 10 53063 15 46255 20 40411 25 35382 30 31046 35 27298 40 24051 45 21234 50 18782 55 16646 ...

Page 104: ...Issue rev 8 05 2022 page 104 of 114 No 16 60 14780 65 13148 70 11717 75 10459 80 9353 85 8378 90 7517 95 6755 100 6080 105 5481 110 4948 115 4474 120 4051 125 3673 130 3335 135 3032 140 2761 145 2517 150 2297 155 2100 160 1921 165 1760 170 1615 175 1453 180 1363 185 1255 ...

Page 105: ...05 2022 page 105 of 114 No 16 190 1156 195 1066 200 985 205 910 210 842 215 780 220 723 225 671 230 623 235 580 240 540 245 503 250 469 No 17 Sensor 20K NTC β coefficient 4262K Manufacturers Honeywell F Ω 40 817605 35 674624 30 558679 25 464299 20 387186 15 323956 10 271927 5 228972 ...

Page 106: ...e rev 8 05 2022 page 106 of 114 No 17 0 193390 5 163823 10 139177 15 118571 20 101293 25 86764 30 74511 35 64152 40 55369 45 47904 50 41543 55 36109 60 31457 65 27464 70 24029 75 21068 80 18509 85 16294 90 14372 95 12700 100 11244 105 9974 110 8862 115 7888 120 7034 125 6282 ...

Page 107: ...n 1st Issue rev 8 05 2022 page 107 of 114 No 17 130 5620 135 5036 140 4519 145 4062 150 3657 155 3297 160 2976 165 2691 170 2436 175 2209 180 2005 185 1823 190 1659 195 1512 200 1379 205 1260 210 1153 215 1055 220 967 225 888 230 816 235 750 240 691 245 637 250 588 ...

Page 108: ...sue rev 8 05 2022 page 108 of 114 No 18 Sensor 3K NTC β coefficient 3975K F Ω 40 100618 35 83827 30 70079 25 58783 20 49468 15 41763 10 35367 5 30042 0 25593 5 21866 10 18735 15 16096 20 13865 25 11975 30 10369 35 9000 40 7831 45 6830 50 5971 55 5232 60 4594 65 4043 70 3565 ...

Page 109: ...1en 1st Issue rev 8 05 2022 page 109 of 114 No 18 75 3150 80 2789 85 2475 90 2200 95 1959 100 1748 105 1562 110 1399 115 1254 120 1127 125 1014 130 914 135 825 140 746 145 676 150 613 155 556 160 506 165 461 170 420 175 384 180 351 185 321 190 294 195 270 200 248 ...

Page 110: ...ev 8 05 2022 page 110 of 114 No 18 205 228 210 210 215 194 220 179 225 165 230 153 235 142 240 131 245 122 250 113 No 19 Sensor NI1000 32F ºF Manufacturers Distech F Ω 40 791 3 30 818 9 20 847 1 10 875 6 0 904 6 10 933 9 20 963 7 30 993 9 40 1024 5 50 1055 5 60 1086 9 70 1118 7 ...

Page 111: ...1 of 114 No 19 80 1151 0 90 1183 6 100 1216 7 110 1250 2 120 1284 1 130 1318 5 140 1353 4 150 1388 5 160 1424 2 170 1460 3 180 1497 0 190 1534 1 200 1571 7 210 1609 8 220 1648 4 230 1687 9 240 1727 3 250 1767 6 No 20 Sensor NI1000 70F ºF Manufacturers Distech F Ω 40 699 3 30 724 8 20 750 7 10 776 9 ...

Page 112: ... page 112 of 114 No 20 0 803 4 10 830 3 20 857 7 30 885 4 40 913 5 50 942 0 60 970 9 70 1000 2 80 1029 9 90 1059 9 100 1090 3 110 1121 1 120 1152 2 130 1183 8 140 1215 8 150 1248 1 160 1280 9 170 1314 2 180 1347 9 190 1382 0 200 1417 0 210 1452 0 220 1487 0 230 1524 0 240 1560 0 250 1597 0 ...

Page 113: ...age 113 of 114 No 21 Sensor PT1000 ºF Manufacturers Distech F Ω 40 842 7 30 864 7 20 886 6 10 908 5 0 930 3 10 952 2 20 973 9 30 995 7 40 1017 4 50 1039 0 60 1060 7 70 1082 2 80 1103 8 90 1125 3 100 1146 8 110 1168 3 120 1189 7 130 1211 1 140 1232 4 150 1253 7 160 1275 0 170 1296 2 180 1317 4 ...

Page 114: ...iSMA B MINI MIX BACnet User Manual www ismacontrolli com DMP261en 1st Issue rev 8 05 2022 page 114 of 114 No 21 190 1338 6 200 1359 7 210 1380 8 220 1401 8 230 1422 9 240 1443 8 250 1464 8 ...

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