Universal sensors and switches, universal output devices

Transcription

1 AnyWireASLINK System Products Guide ASLINKTERMINAL [ASLINK Small Terminal Block Terminal] BL29 B-0F -V50 EURO block type The Products Guide describes individual products. Refer to the Guide as necessary. Function List Model ASLINKTERMINAL four-wire (isolated) cable type Compatible with a 3-wire sensor (input) Connection targets Notes on use To set any address, an Address writer ARW-04 (Ver or higher), ARW-03 (Ver or higher) is required. Please prepare it separately. [Notes on Safety] Specifications -point input/-point output -point input/-point output 4-point input/4-point output (hybrid) 4-point input/4-point output (hybrid) Universal sensors and switches, universal output devices Slave unit voltage reduction Sensing level reduction Functions I/O disconnection Precautions that must be observed in order to use this system safely are indicated as shown below. You must observe these precautions. WARNING A WARNING indicates a potentially hazardous situation which, if not handled correctly, could result in death or serious injury. I/O short circuit I/O reduction A indicates a potentially hazardous situation which, if not handled correctly, may result in personal injury or property damage. -BL29*B0*F****V50 1/17- Smallsized WARNING System Safety This system is intended for general industrial applications. It does not have functions for supporting applications requiring higher levels of safety such as safety-related devices or accident prevention systems. The product must not be used for these purposes. Always turn off the power before attempting to mount or replace. Prolonged continuous flow of a rated load current or higher or a transit current due to load short-circuit, etc., in the hybrid unit including the output unit and the output circuit may result in smoking or firing. An external safety device such as a fuse must be installed. System Use a stable, DC. Use of an unstable may cause problems with the system. Separately route high-voltage and power cables Although the AnyWireASLINK has a high noise margin, keep the transmission line and I/O cables away from high-voltage and power cables. Connectors and s Pay careful attention to the length and installation of cable wiring to ensure that connectors and cables are neither overloaded nor disconnected. Make sure to prevent any metal objects from getting inside the connectors or the blocks. Short-circuits caused by metal objects or mis-wiring are likely to damage the device. Do not impose any external loads on the units. Doing so may cause a failure. Do not disconnect or reconnect between the transmission line and slave units. A malfunction may occur. Use the AnyWireASLINK within the range of the specifications and conditions shown below. [Warranty] Warranty period The warranty on the delivered Product shall continue to be effective for one (1) year after the delivery thereof to a location as designated by the original owner. Scope of warranty Should a defect occur in any part of the Product during the foregoing warranty period when it is used normally in acordance with the specifications described in this User's Manual, the Company shall replace or repair the defect free of charge, except when it arises as a result of: [1] Misuse or abuse of the Product by the owner; [2] Fault caused by other than the delivered Product; [3] The unauthorized modification or repair of the Product by any person other than the Company's personnel; [4] Any unusual force of nature, disaster or other cause beyond the Company's control. The term "warranty," as used herein, refers to the warranty applicable to the delivered product alone. The Company shall not be liable for consequential or incidental damages resulting from any malfunction. Repair at cost After the expiration of the warranty period, the owner shall be responsible for all costs and expenses incurred for the troubleshooting and repair of the Product. Even during the warranty term, the Company shall repair any defects arising from causes other than within the scope of the warranty as specified above, at the owner's cost.

2 [How to connect AnyWireASLINK] The AnyWireASLINK can employ a two-wire or four-wire selectively depending on the load current. This Products Guide describes a four-wire (isolated). If the load current is small, using a two-wire (non-isolated) allows for achieving simplified wiring without local. In the case of prioritizing the sites of concentrated loads and/or the number of connections, hybridization with a four-wire (isolated), which supports local, is also possible. Make sure to use a four-wire (isolated) in the case of input and load driving using an external. In the case of hybridization, refer to the Two-Wire (Non-Isolated) Terminal Products Guide separately. [Connection Example] AnyWireASLINK master General-purpose filter Red: Black: ASLINK filter Red: Black: Relationship between the size and length of the transmission line and the supply current (Table 1) Size of the transmission line (, ) 1.25mm mm 2 Supply current on the transmission line (, ) Total length 50m or less Total length 50m to 100m MAX 2A MAX 1.2A MAX 1A MAX 0.A Total length 100m to 200m MAX 0.5A MAX 0.3A 0.5mm 2 MAX 0.A MAX 0.4A MAX 0.2A DC* * Make sure to use a DC stabilized for the to be connected. * When complying with the UL Standard, make sure to use a DC stabilized of NEC Class 2 Output. Dedicated flat cable 1.25mm 2 (four-wire) Red: Black: If the load consumption current is large, a four-wire (isolated) can be selected. This can correspond to I/O of the controller with an external. points Red: Black: - Refer to Table 1 so that the size and length of the transmission line and the allowable supply current lie within an appropriate range. - Connect the same symbols (, ) correctly between the AnyWireASLINK master and each device. - The branching length or branch number has no limitation. - Include the length of the cable provided with the in the total line length. - Connect the terminator BT0 (polar) to the, farthest from AnyWireASLINK master. 4P link connector is convenient for branching. points The sum of the portions of, is the total line length. General-purpose filter The branching has no limitation. Black: Red: Red: Black: DC* Black: Red: BT0 AnyWireASLINK terminator One terminator should be connected to the, farthest from the AnyWireASLINK master. Connect it correctly so as not to set the wrong polarity. [Installation Location] -Location where the unit is not subject to vibration or shock -Location where the unit is not directly exposed to dust -Location where the main body is not directly exposed to conductors such as waste metal and sputter -Location where humidity is not condensed -Location where the atmosphere is free of corrosive gas, flammable gas and sulfur -Location where the unit is removed from high-voltage or high-current cables -Location where the unit is removed from cables and controllers that generate servo, inverter or other high-frequency noise. -BL29*B0*F****V50 2/17-

3 ~ [Precautions for use with 4-Wire (Insulated) Terminal] If any of the side-by-side lines of,, and exceeds the total length of 50m in a system to be supplied, serially connect the ASLINK filter [Type ANF-01] or filter of COSEL Co., Ltd. [Type EAC-0-472] to and in the starting position of the side-by-side lines. This will improve noise resistance, reduce the impact of crosstalk by transmission signals and stabilize the signals. In any case of to the entire system from the master driving or from the local, insert a filter. Insert the ASLINK filter [Type ANF-01] regardless of installation method and distance when complying with CE Standard. Filter allowable power current Model Type Allowable power current ASLINK filter ANF-01 MAX 5A/ DC Filter of COSEL Co., Ltd. EAC MAX A/ DC AnyWire Type: ANF-01 Connection example 1Power supply to the entire system AnyWireASLINK master 2-wire LG General-purpose power supply filter (Use it if necessary.) POWER IN SLAVE PE ANF-01 If any of the side-by-side lines of,, and exceeds the total length of 50m BT0 FG N L DC stabilized ~ 2Local and branching 2-wire 2-wire AnyWireASLINK master FG N L LG DC stabilized POWER IN General-purpose power supply filter (Use it if necessary.) SLAVE PE ANF-01 If any of the side-by-side lines of,, and exceeds the total length of 50m POWER IN SLAVE L N FG PE ANF-01 DC stabilized General-purpose power supply filter (Use it if necessary.) A BT0 ~ B If (A+B) of the side-by-side lines of,, and exceeds the total length of 50m -BL29*B0*F****V50 3/17-

4 ~ COSEL Co., Ltd. Type: EAC Connection example 1Power supply to the entire system AnyWireASLINK master * When using this filter, please be careful of the positions of LOAD and LINE. 2-wire LG General-purpose filter (Use it if necessary.) LOAD LINE PE EAC-0-472* If any of the side-by-side lines of,, and exceeds the total length of 50m BT0 FG N L DC stabilized ~ 2Local /branching * When using this filter, please be careful of the positions of LOAD and LINE. 2-wire 2-wire AnyWireASLINK master FG N L LG General-purpose filter (Use it if necessary.) DC stabilized LOAD LINE PE EAC-0-472* If any of the side-by-side lines of,, and exceeds the total length of 50m L N FG DC stabilized LOAD LINE PE EAC-0-472* General-purpose power supply filter (Use it if necessary.) A BT0 ~ B If (A+B) of the side-by-side lines of,, and exceeds the total length of 50m -BL29*B0*F****V50 4/17-

5 [Type] Terminal BL29SB-0F-V50 BL29XB-0F-V50 BL29PB-0F-V50 -point input 4-point input, 4-point output -point output BL29SB-0FS-V50 BL29XB-0FS-V50 BL29PB-0FS-V50 -point input 4-point input, 4-point output -point output Standard block M3, 7.2mm pitch Width mm, Y, round BL29SB-0F-3-V50 BL29XB-0F-3-V50 BL29PB-0F-3-V50 -point input 4-point input, 4-point output -point output BL29SB-0FS-3-V50 BL29XB-0FS-3-V50 BL29PB-0FS-3-V50 -point input 4-point input, 4-point output -point output Spring block 5.0mm pitch Twisted wire, ferrule BL29SB-0F-11-V50 BL29XB-0F-11-V50 BL29PB-0F-11-V50 -point input 4-point input, 4-point output -point output BL29SB-0FS-11-V50 BL29XB-0FS-11-V50 BL29PB-0FS-11-V50 -point input 4-point input, 4-point output -point output EURO block 5.0mm pitch Twisted wire, ferrule [Name of each part] Standard block Cover mounting hole Mounting hole Transmission line connecting cable ALM LINK Infrared port Input/output display Cover mounting hole ALM LINK Infrared port Input/output display Spring block Mounting hole Transmission line connecting cable ALM EURO block Cover mounting hole Mounting hole LINK Infrared port Input/output display Transmission line connecting cable -BL29*B0*F****V50 5/17-

6 [Terminal Layout (Standard Terminal Block)] (Input) BL29SB-0F -V50 (Output) BL29PB-0F -V50 (red) : transmission line (+) (black) : transmission line (-) (green) : for, connected load drive (+) (white) : for, connected load drive (-) on the transmission line connecting cable side and on the block are internally connected. on the transmission line connecting cable side and on the block are internally connected. And s with the same names are internally connected. to on the block can be used as a sensor power or power for output devices. (2 points, 1 common) The total passing current of -: maximum 0.A Terminal blocks 0 to 7 are s that connect input devices such as sensors, switches, LEDs and solenoid valves. (Input/output mixed) BL29XB-0F -V50 (red) : transmission line (+) (black) : transmission line (-) (green) : for, connected load drive (+) (white) : for, connected load drive (-) IN0 IN1 IN2 IN on the transmission line connecting cable side and on the block are internally connected. on the transmission line connecting cable side and on the block are internally connected. And s with the same names are internally connected. to on the block can be used as a sensor power or power for output devices. (2 points, 1 common) The total passing current of -: maximum 0.A Terminal blocks IN0 to 3 are s that connect input devices such as sensors and switches. Terminal blocks 0 to 3 are s that connect output devices such as LEDs and solenoid valves. IN0 IN1 IN2 IN Input output -BL29*B0*F****V50 /17-

7 [Terminal Layout (Spring Terminal Block)] (Input) BL29SB-0F -3-V50 (Output) BL29PB-0F -3-V50 (red) : transmission line (+) (black) : transmission line (-) (green) : for, connected load drive (+) (white) : for, connected load drive (-) on the transmission line connecting cable side and on the block are internally connected. on the transmission line connecting cable side and on the block are internally connected. And s with the same names are internally connected. to on the block can be used as a sensor power or power for output devices. (2 points, 1 common) The total passing current of -: maximum 0.A Terminal blocks 0 to 7 are s that connect input devices such as sensors, switches, LEDs and solenoid valves. (Input/output mixed) BL29XB-0F -3-V50 (red) : transmission line (+) (black) : transmission line (-) (green) : for, connected load drive (+) (white) : for, connected load drive (-) IN0 IN1 IN2 IN on the transmission line connecting cable side and on the block are internally connected. on the transmission line connecting cable side and on the block are internally connected. And s with the same names are internally connected. to on the block can be used as a sensor power or power for output devices. (2 points, 1 common) The total passing current of -: maximum 0.A Terminal blocks IN0 to 3 are s that connect input devices such as sensors and switches. Terminal blocks 0 to 3 are s that connect output devices such as LEDs and solenoid valves. IN0 IN1 IN2 IN Input Input output output -BL29*B0*F****V50 7/17-

8 [Terminal Layout (EURO Terminal Block) ()] (Input) BL29SB-0F -11-V50 (Output) BL29PB-0F -11-V50 (red) : transmission line (+) (black) : transmission line (-) (green) : for, connected load drive (+) (white) : for, connected load drive (-) on the transmission line connecting cable side and on the block are internally connected. on the transmission line connecting cable side and on the block are internally connected. And s with the same names are internally connected. to on the block can be used as a sensor power or power for output devices. (2 points, 1 common) The total passing current of -: maximum 0.A Terminal blocks 0 to 7 are s that connect input devices such as sensors, switches, LEDs and solenoid valves. (Input/output mixed) BL29XB-0F -11-V50 (red) : transmission line (+) (black) : transmission line (-) (green) : for, connected load drive (+) (white) : for, connected load drive (-) IN0 IN1 IN2 IN on the transmission line connecting cable side and on the block are internally connected. on the transmission line connecting cable side and on the block are internally connected. And s with the same names are internally connected. to on the block can be used as a sensor power or power for output devices. (2 points, 1 common) The total passing current of -: maximum 0.A Terminal blocks IN0 to 3 are s that connect input devices such as sensors and switches. Terminal blocks 0 to 3 are s that connect output devices such as LEDs and solenoid valves. IN0 IN1 IN2 IN Input Input output output -BL29*B0*F****V50 /17-

9 [Input/Output Circuit Configuration and Electrical Properties] (insulated) input BL29SB-0F- -V50 BL29XB-0F- -V50 (Input side) <Circuit conditions> Rated input voltage : DC Maximum switching current : 3.5mA ON current : 2.2mA or more OFF current : 1mA or less ON voltage : (-IN) 1V or more OFF voltage : (-IN) V or less (Green) (Red) (black) Internal circuit.k IN Switch, sensor, etc. (2-wire type) (White) (Green) In the case of connecting with a load (input/output port, etc.) controlled by a different from the power supply used with AnyWireASLINK, make sure to use a (insulated). Otherwise a malfunction may occur. [Ex.] Use with the common value set at. (Red) (black) (White) Internal circuit.k (insulated) ASLINK (AnyWire series ) IN Control circuit Load by external type (insulated) output BL29PB-0F- -V50 BL29XB-0F- -V50 (Output side) <Circuit conditions> Withstand voltage : 3 DC Maximum ON current : 100mA (Green) (Red) Internal circuit Load In the case of an inductive load, mount a surge killer. If the power is turned on with the circuit between and shorted, passive elements will be damaged. (black) (White) In the case of connecting with a load (input/output port, etc.) controlled by a different from the power supply used with AnyWireASLINK, make sure to use a (insulated). Otherwise a malfunction may occur. [Ex.] Use with the common value set at. (Green) (Red) (black) (White) Internal circuit (insulated) ASLINK (AnyWire series ) IN Control circuit Load by external type -BL29*B0*F****V50 9/17-

10 [Input/Output Circuit Configuration and Electrical Properties] (insulated) input BL29SB-0FS- -V50 BL29XB-0FS- -V50 (Input side) <Circuit conditions> (Green) Rated input voltage : DC Maximum switching current : 3.5mA ON current : 2.2mA or more OFF current : 1mA or less ON voltage : (IN-) 1V or more OFF voltage : (IN-) V or less (Red) Internal circuit.k IN Switch, sensor, etc. (2-wire type) (black) (White) (Green) In the case of connecting with a load (input/output port, etc.) controlled by a different from the power supply used with AnyWireASLINK, make sure to use a (insulated). Otherwise a malfunction may occur. [Ex.] Use with the common value set at. (Red) (black) Internal circuit.k (White) (insulated) ASLINK (AnyWire series ) IN Control circuit Load by external type (insulated) output BL29PB-0FS- -V50 BL29XB-0FS- -V50 (Output side) <Circuit conditions> (Green) Withstand voltage : 3 DC Maximum ON current : 100mA (Red) (black) (White) Internal circuit Load In the case of an inductive load, mount a surge killer. If the power is turned on with the circuit between and shorted, passive elements will be damaged. In the case of connecting with a load (input/output port, etc.) controlled by a different from the power supply used with AnyWireASLINK, make sure to use a (insulated). Otherwise a malfunction may occur. [Ex.] Use with the common value set at. (Green) (Red) (black) (White) Internal circuit (insulated) ASLINK (AnyWire series ) IN Control circuit Load by external type -BL29*B0*F****V50 10/17-

11 [Address Number Setting] 1Address number writing - The address number to be set to the is for correspondence to the input/output memory map of the controller. The address number represents an assignment position for AnyWire transmission frames (0 to 254) and occupies points following the number (and is not a station number). - The address number can be set by one point. - Use a dedicated address writer ARW-04 (Ver.04 to 1.01 or higher) or ARW-03 (Ver or higher) to write the address to be set in the. Refer to the User s Manual separately to learn how to operate the address writers ARW-04 (Ver.04 to 1.01 or higher) and ARW-03 (Ver.2.10 or higher). Connect the to the AnyWireASLINK master unit. Set address numbers with an address writer with the transmission signal (, ) and power ( / ) supplied. Setting image when setting with ARW-04 (Ver or higher), ARW-03 (Ver2.10 or higher) Direct the address writer toward the setting port (Fig. 1) of the body. Fig. 1 Setting port BL29SB-0F BL29XB-0F BL29PB-0F (Input side) (Output side) * Make sure to use a DC stabilized for the to be connected. Transmission signal AnyWireASLINK master DC* Red: Black: Example of BL29 B-0F-V50 BL29SB-0FS BL29XB-0FS (Input side) (Output side) BL29PB-0FS Avoid a short-circuit of the above lines during supply of power. A malfunction may result. The factory setting of the is 255, which means no setting. In this state, the cannot perform an input/output operation. An address auto-recognition (refer to the Manual of the master unit) cannot register the unit ID. Upon use, make sure to set the address numbers within the range of 0 to Set address numbers so that the area occupied by the does not exceed the transmission points of the master unit. Address numbers settable with BL29 B-0F -V50 : 0 to 24 Address numbers settable with BL29XB-0F -V50 : 0 to 252 2Settings reading Refer to the User s Manual separately to learn how to operate the address writers ARW-04 (Ver or higher) and ARW-03 (Ver.2.10 or higher). [Connection example] Master unit FK LP4-WR-10P Example of BL29 B-0F-V Link connector pin layout Pin No. Description Line color Black Red White Green LP connector (link connector) is a female and male integrated connector. Connection and branching are easily carried out by simply coupling the same type of connectors. LP4-WW-10P pressure welding To transmission line connector [Transmission line color] : Red : Black : Green : White Directly connect to a trunk line or branch line of 0.75mm 2 or 1.25mm 2 without extending the transmission line of the unit. -BL29*B0*F****V50 11/17-

12 [Indication Function] Example of BL29 B-0F -V50 Normal state: LINK flashing, ALM off, I/O ON on/off off LED indication LED symbol LINK (Green) ALM (Red) LINK ALM Indication status On Flashing Off On Flashing Off Alternate flashing LINK ALM Detailed states Transmission error Receiving transmission signal No transmission signal (including disconnection or reverse connection of, ) I/O voltage reduction Transmission signal level reduced Normal Master unit detecting the unit ID (address) redundant or not set LINK ALM I/O 0 I/O 1 I/O 2 I/O 3 I/O 4 I/O 5 I/O I/O 7 I/O (Orange) On Off Input ON Input OFF For information on narrowing down the cause of a trouble occurrence, see the following section Troubleshooting. In case of an abnormal indication status, narrow down the cause and remove the trouble based on the on/flashing status and the left table. The indication status will be restored automatically after the trouble is removed. [Troubleshooting] <LINK not flashing> Check items Check the connection status of the slave unit. Check the connection status of the master unit. Measures Disconnect and reconnect the slave unit. Check if the LINK LED of the master unit flashes and take the following measures. 1) If the LINK of the master unit flashes and the LINK of the slave unit is on, the master unit may be damaged. Please contact our helpdesk. 2) If the LINK of the master unit flashes and the LINK of the slave unit is off, the master unit may not be powered ( DC), the transmission line (, ) may be partially disconnected, or the slave unit may be damaged. Check if the master unit is powered and, if necessary, please contact our helpdesk. 3) If the LINK of the master unit does not flash, check if the master unit is powered. Other system errors may also occur. Refer to the User s Manual of the master unit. <ALM on> Check items Measures Check the I/O side connection of the slave unit. <ALM flashing> Check items Check the voltage of the external ( DC) of the master unit. Please adjust the voltage of the external power source to within the rated value of 21.V to 27.V. Also, with the wiring for s, please ensure that transmission lines are not touching or misfired. Measures Adjust the voltage of the external of the master unit to lie within the range from 21. to 27.V (recommended voltage is 2.4V). Check the total line length. Review the total line length and the size of the transmission line so as not to connect a load exceeding a supply current limit on the transmission line and, if necessary, adjust the connected load (e.g. the supply current on the transmission line is 2A if the size is 1.25mm 2 and the total length is 50m or less). <LINK and ALM flashing alternately> Check items Measures Check the address of the slave unit. The address of the slave unit is not set (255) or address redundancy occurs. Take the following measures. 1) Change the address within the range from 0 to ) Check if there is another slave unit undergoing the same flashing and, if necessary, reset the address so as not to be redundant. -BL29*B0*F****V50 12/17-

13 [Specifications] General Specifications Ambient temperature use Ambient humidity use Temperature/humidity storage Atmosphere Altitude use *1 Pollution level *2 Noise resistance %RH No condensation No corrosive gas m 2 or less 120p-p (pulse width 1μs) Transmission Specifications Power supply voltage use Transmission method Synchronization method Transmission procedure Connection mode Number of connection points Number of connection points DC +15% to -10% (21. to 27.V DC) with a ripple of 0.5Vp-p or less DC superimposed total frame/cyclic method Frame/bit synchronization method Dedicated protocol Bus type (Multi-drop method, T-branch method, tree method) 512 max. (IN: 25, : 25) Up to 12 units *1 Do not use or store AnyWireASLINK equipment under an environment pressurized higher than the atmospheric pressure at an altitude of 0m. Otherwise, a malfunction may occur. *2 This is an index that shows the occurrence level of conductive substances in the environment where the equipment is used. In the case of pollution level 2, only non-conductive pollution occurs. However, this is an environment where temporary conductivity can occur by accidental condensation. Individual Specifications Type I/O point Input Output Method consumption current(ma) Transmission side I/O side* 3 Mass Monitoring function Response time* 4 BL29SB-0F-V50 40 BL29PB-0F-V50 BL29XB-0F-V input 20 output 90g BL29SB-0F-3-V50 40 BL29PB-0F-3-V50 BL29XB-0F-3-V input 20 output 5g BL29SB-0F-11-V50 40 BL29PB-0F-11-V50 BL29XB-0F-11-V50 BL29SB-0FS-V input 20 output 40 5g Slave unit voltage reduction I/O voltage reduction Up to 1ms BL29PB-0FS-V50 BL29XB-0FS-V input 2 output 90g BL29SB-0FS-3-V50 40 BL29PB-0FS-3-V50 BL29XB-0FS-3-V input 2 output 5g BL29SB-0FS-11-V50 40 BL29PB-0FS-11-V50 BL29XB-0FS-11-V input 2 output 5g * 3 *The value described in the input is the value when all points between IN are shorted. When connecting a 3-wire sensor, add the total consumption current of the sensor. *The value described in the input/output mixed is: Input: the value when all points between IN- are shorted. When connecting a 3-wire sensor, add the total consumption current of the sensor. Output: the value when all points are ON. Add the total connected load consumption current. *The value described in the output is the value when all points are ON. Add the total connected load consumption current. * 4 *Apart from the transmission delay time (2 cycle time), this is internal processing time required for the to recognize signal changes. -BL29*B0*F****V50 13/17-

14 [Outside dimensions] BL29 B-0F -V50 Unit: mm (49)* Ø Ø4..5 (0.9).2 (0.9) 32.2 * Terminal block cover opening status Black = Red = White = Green = Ø1.4 UL style wires No.23AWG (Gray) Ø Supports M3, 7.2mm pitch, width mm, crimping s -BL29*B0*F****V50 14/17-

15 [Outside dimensions] BL29 B-0F -3-V50 Unit: mm Ø Ø4. (1.47) 2.0 (1.47) Black = Red = White = Green = Ø1.4 UL style wires No.23AWG (Gray) Ø * The figure shows an example of layout for -point output. Spring type Euro block Core diameter of connecting electric wire: 0.0 to 2.5mm 2 Length of stripped electric wire: 5 to mm When connecting two wires to one, bind the wires with a twin ferrule (crimp clamp) and insert it in the. -BL29*B0*F****V50 15/17-

16 [Outside dimensions] BL29 B-0F -11-V50 Unit: mm Ø3.5 Ø4. (0.1) 4.07 (0.75) Black = Red = White = Green = Ø1.4 UL style wires No.23AWG (Gray) Ø * The figure shows an example of layout for -point output. Length of stripped wire : mm Connecting wire: twisted wire : 0.14 to 1.5mm 2 When crimping bar with sleeve : 1mm 2 When crimping 2-wire bar with sleeve : 0.5mm 2 -BL29*B0*F****V50 1/17-

17 [Outside dimensions] A-10 (installation dedicated DIN rail adapter) dimensions Unit: mm (500) Ø3.5 (Mounting screw hole) UL style wires No.23AWG (Gray) Ø Black = Red = White = Green = [Address] Anywire Corporation Headquarters :1 Babazusho, Nagaokakyo-shi, Kyoto JAPAN Contact :Contact by mail :Contact by website info_e@anywire.jp Printed in Japan 2015,201,2017 UMA-1130F-EN -BL29*B0*F****V50 17/17-