BANNER R95C 8-Port Discrete Bimodal to Modbus Hub Instruction Manual

BANNER R95C 8-Port Discrete Bimodal to Modbus Hub Instruction Manual

Instruction Manual

• Compact bimodal to Modbus® device converter that connects discrete inputs and outputs the value
• Enabled Delay Modes: ON/OFF Delay, ON/OFF One-shot, ON/OFF/ Retrigger able One-shot, ON/OFF Pulse-stretcher and Totalizer
• Measurement Metrics: Count, Events Per Minute (EPM), and Duration
• Discrete Mirroring: Discrete signals (In/Out) from all eight ports can be mirrored to any of the eight ports, Discrete Out, or the host white wire output
• Outputs a discrete value as an input to a defined Modbus register
• Discrete input/output can be independently configured as NPN or PNP
• Rugged over-molded design meets IP65, IP67, and IP68
• Connects directly to a sensor or anywhere in-line for ease of use
• R95C Modbus hubs are a quick, easy, and economical way to integrate non Modbus devices into a Modbus system

Models

Overview
The R95C-8B21-MQ hub connects two discrete channels to each of the eight unique ports, providing access to monitoring and configuring those ports via Modbus® registers. Host mirroring is available where a selected port input/output discrete signal can be routed to Pin 5 (male) on the PLC/Host connection.

Configuration

The logic flow for Pin 4 Selection and Pin 2 Selection in the figure below is the same for all eight ports of the R95C 8-Port Hub.

Figure 1. Logic Flow

Table 1: Device Port States

Modbus Register Address| Description| I/O Range| Comments| Default| Access| Notes
---|---|---|---|---|---|---
40001| Active States| 0..65535| Port 1..Port 8 Outputs to Pin 4 and Pin 2 Active States| –| RO| One bit per port, or one bit per Pin 2 and Pin 4
40002| Pin 2 Active State| 0..255| Port 1..Port 8 Outputs to Pin 2 Output State| 0| RW| One bit per port, or one bit per Pin 2

Table 2: Discrete Host Out Mirroring (Gray – Male)

Modbus Register Address| Description| I/O Range| Comments| Default| Access
---|---|---|---|---|---
40100| Host Mirroring Enable| 0..1| 0 = Disable, 1 = Enable| 0| RW
40101| Mirroring Port Selection| 0..7| 0 = Port 11 = Port 22 = Port 33 = Port 44 = Port 55 = Port 66 = Port 77 = Port 8| 0| RW
40102| Host Mirroring Channel Selection| 0..1| 0 = Pin 1, 1 = Pin 5| 0| RW
40103| Host Mirroring Inversion| 0..1| 0 = Not Inverted, 1 = Inverted| 0| RW
40104| Host Mirroring Polarity| 0..1| 0 = NPN Output, 1 = PNP Output| 0| RW
40105| Host Mirroring Output Type| 0..2| 0 = Output with Internal Pull Up/Down 1 = Output Open Collector2 = Output Push Pull| 0| RW

Table 3: Modbus Configuration

Modbus Register Address| Description| I/O Range| Comments| Default| Access
---|---|---|---|---|---
40601| Baud Rate| 0 = 9.6k| 0 = 9600| 1| RW
1 = 19.2k| 1 = 19200
2 = 38.4k| 2 = 38400
Modbus Register Address| Description| I/O Range| Comments| Default| Access
40602| Parity| 0 = None1 = Odd2 = Even| 0 = None1 = Odd2 = Even| 0| RW
40603| Address| 1-254| –| 1| RW
40604| Reserved (cannot be read or written)| None| –| –| RW
40605| Restore Factory Configuration| 0 = No Operation, 1 = Restore| –| –| WO

Table 4: Device Information

Modbus Register Address| Description| I/O Range| Comments| Default| Access| Notes
---|---|---|---|---|---|---
40606-40615| Banner Name| 0..65535| –| Banner Engineering| RO| 9 words/18 Characters
40616-40631| Product Name| 0..65535| –| R95C-8B21-MQ| RO| 16 words/32 Characters
40632| Item H| 0..65535| 814251 split into two 16-bit registers| 12| RO| Banner Item Number
40633| Item L| 0..65535| –| 27819| RO| –
40634| Serial Number H| 0..65535| –| –| RO| Serial Number is split into four 16-bit registers
40635| Serial Number| 0..65535| –| –| RO
40636| Serial Number| 0..65535| –| –| RO| –
40637| Serial Number L| 0..65535| –| –| RO| –
40644-40659| User Define Tag| 0..65535| User writable space| More Sensors. More Solutions.| RW| 16 words/32 Characters

Multi-Port Support

All register maps shown below are specific to port 1. For multi-port adapters, each port is given its own register range within the holding register space.

For a given register, the starting address of the port can be applied to determine the register address for the new port. For example, the calculation below demonstrates how to find the address of the process data output for port 8.

Equivalent Port 1 Register| Port| Port Starting Register| Offset| New Register
---|---|---|---|---
41051| 1| 41001| 50| 41051
41051| 8| 48001| 50| 48051

Register Maps

Table 5: Measurement Reads

Modbus Register Address| Description| I/O Range| Comments| Default| Access| Notes
---|---|---|---|---|---|---
41001| Pin 4 Active State| 0..1| 0 = Inactive, 1 = Active| –| RO| –
41002| Pin 2 Active State| 0..1| 0 = Inactive, 1 = Active| –| RO| –
41003| Pin 4 Count H| 0..65535| Pin 4 Count Value Upper| –| RO| Upper 16 of 32 bits = Running count of the received input pulses
Modbus Register Address| Description| I/O Range| Comments| Default| Access| Notes
41004| Pin 4 Count L| 0..65535| Pin 4 Count Value Lower| –| RO| Lower 16 of 32 bits = Running count of the received input pulses
41005| Pin 4 Duration H| 0..65535| Pin 4 Duration Value Upper| –| RO| Upper 16 of 32 bits = Duration of the last input pulse in μs with 50 μs granularity
41006| Pin 4 Duration L| 0..65535| Pin 4 Duration Value Lower| –| RO| Lower 16 of 32 bits = Duration of the last input pulse in μs with 50 μs granularity
41007| Pin 4 Events Per Minute H| 0..65535| Pin 4 Events Per Minute Value Upper| –| RO| Upper 16 of 32 bits = Running count of the number of pulses received averaged over one minuteRange 1 to 37,500
41008| Pin 4 Events Per Minute L| 0..65535| Pin 4 Events Per Minute Value Lower| –| RO| Lower 16 of 32 bits = Running count of the number of pulses received averaged over one minuteRange 1 to 37,500
41009| Pin 4 Totalizer Count H| 0..65535| Pin 4 Totalizer Count Upper| –| RO| Upper 16 of 32 bits = Totalizer Count
41010| Pin 4 Totalizer Count L| 0..65535| Pin 4 Totalizer Count Lower| –| RO| Lower 16 of 32 bits = Totalizer Count
41011| Pin 2 Count H| 0..65535| Pin 2 Count Value Upper| –| RO| Upper 16 of 32 bits = Running count of the received input pulses
41012| Pin 2 Count L| 0..65535| Pin 2 Count Value Lower| –| RO| Lower 16 of 32 bits = Running count of the received input pulses
41013| Pin 2 Duration H| 0..65535| Pin 2 Duration Value Upper| –| RO| Upper 16 of 32 bits = Duration of the last input pulse in μs with 50 μs granularity
41014| Pin 2 Duration L| 0..65535| Pin 2 Duration Value Lower| –| RO| Lower 16 of 32 bits = Duration of the last input pulse in μs with 50 μs granularity
41015| Pin 2 Events Per Minute H| 0..65535| Pin 2 Events Per Minute Value Upper| –| RO| Upper 16 of 32 bits = Running count of the number of pulses received averaged over one minuteRange: 1 to 37,500
41016| Pin 2 Events Per Minute L| 0..65535| Pin 2 Events Per Minute Value Lower| –| RO| Lower 16 of 32 bits = Running count of the number of pulses received averaged over one minute Range: 1 to 37,500
41017| Pin 2 Totalizer Count H| 0..65535| Pin 2 Totalizer Count Upper| –| RO| Upper 16 of 32 bits = Totalizer Count
41018| Pin 2 Totalizer Count L| 0..65535| Pin 2 Totalizer Count Lower| –| RO| Lower 16 of 32 bits = Totalizer Count

Table 6: Metric Count Presets

Modbus Register Address| Description| I/O Range| Comments| Default| Access
---|---|---|---|---|---
41100| Pin 4 Count H| 0..65535| Pin 4 Count Value Upper| –| RW
41101| Pin 4 Count L| 0..65535| Pin 4 Count Value Lower| –| RW
41102| Pin 2 Count H| 0..65535| Pin 2 Count Value Upper| –| RW
41103| Pin 2 Count L| 0..65535| Pin 2 Count Value Lower| –| RW

Table 7: Pin 4 Port Configuration (Black – Female, Discrete 1)

Modbus Register Address| Description| I/O Range| Comments| Default| Access| Notes
---|---|---|---|---|---|---
41200| Pin 4 IO Selection| 0..5| 0 = NPN input, 1 = PNP input| 0| RW| –
41201| Pin 4 Mode| 0..8| 0 = Disabled1 = On Off Delay 2 = On One-shot 3 = Off One-shot4 = On Pulse-stretcher 5 = Off Pulse-stretcher 6 = Totalizer7 = Retriggerable On One-shot 8 = Retriggerable Off One-shot| 0| RW| –
41202| Pin 4 Delay Timer 1 Upper| 0..65535| Pin 4 On Delay, One-shot, Pulse- stretcher time, Totalizer Count| 0| RW| Upper 16 of 32 Bits:Mode 1, 2, 3, 4, 5, 7, 8 =Milliseconds Mode 6 = Count
41203| Pin 4 Delay Timer 1 Lower| 0..65535| Pin 4 On Delay, One-shot, Pulse- stretcher time, Totalizer Count| 0| RW| Lower 16 of 32 Bits:Mode 1, 2, 3, 4, 5, 7, 8 =Milliseconds Mode 6 = Count
41204| Pin 4 Delay Timer 2 Upper| 0..65535| Pin 4 Off Delay or Totalizer time| 0| RW| Upper 16 of 32 Bits = Milliseconds
41205| Pin 4 Delay Timer 2 Lower| 0..65535| Pin 4 Off Delay or Totalizer time| 0| RW| Lower 16 of 32 Bits = Milliseconds

Table 8: Pin 2 Port Configuration (White – Female, Discrete 2)

Modbus Register Address| Description| I/O Range| Comments| Default| Access| Notes
---|---|---|---|---|---|---
41300| Pin 2 IO Selection| 0..5| 0 = NPN input 1 = PNP input2 = NPN output with pull up3 = PNP output with pull down 4 = NPN output push/pull5 = PNP output push/pull| 0| RW| –
41301| Pin 2 Mode| 0..6| 0 = Disabled1 = On Off Delay 2 = On One-shot 3 = Off One-shot4 = On Pulse-stretcher 5 = Off Pulse-stretcher 6 = Totalizer7 = Retriggerable On One-shot 8 = Retriggerable Off One-shot| 0| RW| –
41302| Pin 2 Delay Timer 1 Upper| 0..65535| Pin 2 On Delay, One-shot, Pulse- stretcher time, or Totalizer Count| 0| RW| Upper 16 of 32 Bits:Mode 1, 2, 3, 4, 5, 7, 8 =Milliseconds Mode 6 = Count
41303| Pin 2 Delay Timer 1 Lower| 0..65535| Pin 2 On Delay, One-shot, Pulse- stretcher time, or Totalizer Count| 0| RW| Lower 16 of 32 Bits:Mode 1, 2, 3, 4, 5, 7, 8 =Milliseconds Mode 6 = Count
41304| Pin 2 Delay Timer 2 Upper| 0..65535| Pin 2 Off Delay or Totalizer time| 0| RW| Upper 16 of 32 Bits = Milliseconds
Modbus Register Address| Description| I/O Range| Comments| Default| Access| Notes
41305| Pin 2 Delay Timer 2 Lower| 0..65535| Pin 2 Off Delay or Totalizer time| 0| RW| Lower 16 of 32 Bits = Milliseconds
41306| Pin 2 Mirroring Enable| 0..1| 0 = Disabled, 1 = Enabled| 0| RW| –
41307| Mirroring Port Selection| 0..7| 0 = Port 1 1 = Port 2 2 = Port 3 3 = Port 4 4 = Port 5 5 = Port 6 6 = Port 7 7 = Port 8| 0| RW| –
41308| Pin 2 Mirroring Selection| 0..1| 0 = Pin 4, 1 = Pin 2| 0| RW| –
41309| Pin 2 Mirroring Inversion| 0..1| 0 = Not Inverted, 1 = Inverted| 0| RW| –

Table 9: Active Configurations

Modbus Register Address| Description| I/O Range| Comments| Default| Access| Notes
---|---|---|---|---|---|---
41401| Pin 2 Data Output| 0..1| 0 = Inactive, 1 = Active| 0| RW| If mirroring is disabled and IO selection is set to output, Data Output is set to inactive/active

Alias Registers

When reading an alias register, the data in the register is filled with the contents of the address that are present in the corresponding alias configuration register. The address can be stored in either direct or modicon addressing. Note that Read-Only aliased registers are read-only, and it is not possible to write to an alias Read-Only register.

Read-Only Registers and Addresses

By default, the read-only alias registers are configured to point to the active state status and count registers for Pin 2 and Pin 4 for all 8 ports.
Any alias registers that are configured to an unsupported register address, or where the read operation fails for some other reason, returns as a zero when read.
All Alias RO registers are part of Alias assignments.

Table 10: Alias RO Registers

Modbus Register Address| Description| I/O Range| Comments| Default| Access
---|---|---|---|---|---
40501| Port 1 Pin 4 Active State| 0..1| 0 = Inactive, 1 = Active| –| RO
40502| Port 1 Pin 2 Active State| 0..1| 0 = Inactive, 1 = Active| –| RO
40503| Port 2 Pin 4 Active State| 0..1| 0 = Inactive, 1 = Active| –| RO
40504| Port 2 Pin 2 Active State| 0..1| 0 = Inactive, 1 = Active| –| RO
40505| Port 3 Pin 4 Active State| 0..1| 0 = Inactive, 1 = Active| –| RO
40506| Port 3 Pin 2 Active State| 0..1| 0 = Inactive, 1 = Active| –| RO
40507| Port 4 Pin 4 Active State| 0..1| 0 = Inactive, 1 = Active| –| RO
40508| Port 4 Pin 2 Active State| 0..1| 0 = Inactive, 1 = Active| –| RO
40509| Port 5 Pin 4 Active State| 0..1| 0 = Inactive, 1 = Active| –| RO
40510| Port 5 Pin 2 Active State| 0..1| 0 = Inactive, 1 = Active| –| RO
40511| Port 6 Pin 4 Active State| 0..1| 0 = Inactive, 1 = Active| –| RO
40512| Port 6 Pin 2 Active State| 0..1| 0 = Inactive, 1 = Active| –| RO
40513| Port 7 Pin 4 Active State| 0..1| 0 = Inactive, 1 = Active| –| RO
40514| Port 7 Pin 2 Active State| 0..1| 0 = Inactive, 1 = Active| –| RO
40515| Port 8 Pin 4 Active State| 0..1| 0 = Inactive, 1 = Active| –| RO
40516| Port 8 Pin 2 Active State| 0..1| 0 = Inactive, 1 = Active| –| RO
40517| Port 1 Pin 4 Count H| 0..65535| Port 1 Pin 4 Count Value Upper| –| RO
40518| Port 1 Pin 4 Count L| 0..65535| Port 1 Pin 4 Count Value Lower| –| RO
Modbus Register Address| Description| I/O Range| Comments| Default| Access
40519| Port 2 Pin 4 Count H| 0..65535| Port 2 Pin 4 Count Value Upper| –| RO
40520| Port 2 Pin 4 Count L| 0..65535| Port 2 Pin 4 Count Value Lower| –| RO
40521| Port 3 Pin 4 Count H| 0..65535| Port 3 Pin 4 Count Value Upper| –| RO
40522| Port 3 Pin 4 Count L| 0..65535| Port 3 Pin 4 Count Value Lower| –| RO
40523| Port 4 Pin 4 Count H| 0..65535| Port 4 Pin 4 Count Value Upper| –| RO
40524| Port 4 Pin 4 Count L| 0..65535| Port 4 Pin 4 Count Value Lower| –| RO
40525| Port 5 Pin 4 Count H| 0..65535| Port 5 Pin 4 Count Value Upper| –| RO
40526| Port 5 Pin 4 Count L| 0..65535| Port 5 Pin 4 Count Value Lower| –| RO
40527| Port 6 Pin 4 Count H| 0..65535| Port 6 Pin 4 Count Value Upper| –| RO
40528| Port 6 Pin 4 Count L| 0..65535| Port 6 Pin 4 Count Value Lower| –| RO
40529| Port 7 Pin 4 Count H| 0..65535| Port 7 Pin 4 Count Value Upper| –| RO
40530| Port 7 Pin 4 Count L| 0..65535| Port 7 Pin 4 Count Value Lower| –| RO
40531| Port 8 Pin 4 Count H| 0..65535| Port 8 Pin 4 Count Value Upper| –| RO
40532| Port 8 Pin 4 Count L| 0..65535| Port 8 Pin 4 Count Value Lower| –| RO
40533| Port 1 Pin 2 Count H| 0..65535| Port 1 Pin 2 Count Value Upper| –| RO
40534| Port 1 Pin 2 Count L| 0..65535| Port 1 Pin 2 Count Value Lower| –| RO
40535| Port 2 Pin 2 Count H| 0..65535| Port 2 Pin 2 Count Value Upper| –| RO
40536| Port 2 Pin 2 Count L| 0..65535| Port 2 Pin 2 Count Value Lower| –| RO
40537| Port 3 Pin 2 Count H| 0..65535| Port 3 Pin 2 Count Value Upper| –| RO
40538| Port 3 Pin 2 Count L| 0..65535| Port 3 Pin 2 Count Value Lower| –| RO
40539| Port 4 Pin 2 Count H| 0..65535| Port 4 Pin 2 Count Value Upper| –| RO
40540| Port 4 Pin 2 Count L| 0..65535| Port 4 Pin 2 Count Value Lower| –| RO
40541| Port 5 Pin 2 Count H| 0..65535| Port 5 Pin 2 Count Value Upper| –| RO
40542| Port 5 Pin 2 Count L| 0..65535| Port 5 Pin 2 Count Value Lower| –| RO
40543| Port 6 Pin 2 Count H| 0..65535| Port 6 Pin 2 Count Value Upper| –| RO
40544| Port 6 Pin 2 Count L| 0..65535| Port 6 Pin 2 Count Value Lower| –| RO
40545| Port 7 Pin 2 Count H| 0..65535| Port 7 Pin 2 Count Value Upper| –| RO
40546| Port 7 Pin 2 Count L| 0..65535| Port 7 Pin 2 Count Value Lower| –| RO
40547| Port 8 Pin 2 Count H| 0..65535| Port 8 Pin 2 Count Value Upper| –| RO
40548| Port 8 Pin 2 Count L| 0..65535| Port 8 Pin 2 Count Value Lower| –| RO

Table 11: Alias Read-Only Addresses

Modbus Register Address| Description| I/O Range| Comments| Default| Access
---|---|---|---|---|---
40701| Alias Register Address| 0..65535| Value shows up in 40501| 41001| RW
40702| Alias Register Address| 0..65535| Value shows up in 40502| 41002| RW
40703| Alias Register Address| 0..65535| Value shows up in 40503| 42001| RW
40704| Alias Register Address| 0..65535| Value shows up in 40504| 42002| RW
40705| Alias Register Address| 0..65535| Value shows up in 40505| 43001| RW
40706| Alias Register Address| 0..65535| Value shows up in 40506| 43002| RW
40707| Alias Register Address| 0..65535| Value shows up in 40507| 44001| RW
40708| Alias Register Address| 0..65535| Value shows up in 40508| 44002| RW
40709| Alias Register Address| 0..65535| Value shows up in 40509| 45001| RW
40710| Alias Register Address| 0..65535| Value shows up in 40510| 45002| RW
40711| Alias Register Address| 0..65535| Value shows up in 40511| 46001| RW
40712| Alias Register Address| 0..65535| Value shows up in 40512| 46002| RW
40713| Alias Register Address| 0..65535| Value shows up in 40513| 47001| RW
40714| Alias Register Address| 0..65535| Value shows up in 40514| 47002| RW
40715| Alias Register Address| 0..65535| Value shows up in 40515| 48001| RW
Modbus Register Address| Description| I/O Range| Comments| Default| Access
40716| Alias Register Address| 0..65535| Value shows up in 40516| 48002| RW
40717| Alias Register Address| 0..65535| Value shows up in 40517| 41003| RW
40718| Alias Register Address| 0..65535| Value shows up in 40518| 41004| RW
40719| Alias Register Address| 0..65535| Value shows up in 40519| 42003| RW
40720| Alias Register Address| 0..65535| Value shows up in 40520| 42004| RW
40721| Alias Register Address| 0..65535| Value shows up in 40521| 43003| RW
40722| Alias Register Address| 0..65535| Value shows up in 40522| 43004| RW
40723| Alias Register Address| 0..65535| Value shows up in 40523| 44003| RW
40724| Alias Register Address| 0..65535| Value shows up in 40524| 44004| RW
40725| Alias Register Address| 0..65535| Value shows up in 40525| 45003| RW
40726| Alias Register Address| 0..65535| Value shows up in 40526| 45004| RW
40727| Alias Register Address| 0..65535| Value shows up in 40527| 46003| RW
40728| Alias Register Address| 0..65535| Value shows up in 40528| 46004| RW
40729| Alias Register Address| 0..65535| Value shows up in 40529| 47003| RW
40730| Alias Register Address| 0..65535| Value shows up in 40530| 47004| RW
40731| Alias Register Address| 0..65535| Value shows up in 40531| 48003| RW
40732| Alias Register Address| 0..65535| Value shows up in 40532| 48004| RW
40733| Alias Register Address| 0..65535| Value shows up in 40533| 41011| RW
40734| Alias Register Address| 0..65535| Value shows up in 40534| 41012| RW
40735| Alias Register Address| 0..65535| Value shows up in 40535| 42011| RW
40736| Alias Register Address| 0..65535| Value shows up in 40536| 42012| RW
40737| Alias Register Address| 0..65535| Value shows up in 40537| 43011| RW
40738| Alias Register Address| 0..65535| Value shows up in 40538| 43012| RW
40739| Alias Register Address| 0..65535| Value shows up in 40539| 44011| RW
40740| Alias Register Address| 0..65535| Value shows up in 40540| 44012| RW
40741| Alias Register Address| 0..65535| Value shows up in 40541| 45011| RW
40742| Alias Register Address| 0..65535| Value shows up in 40542| 45012| RW
40743| Alias Register Address| 0..65535| Value shows up in 40543| 46011| RW
40744| Alias Register Address| 0..65535| Value shows up in 40544| 46012| RW
40745| Alias Register Address| 0..65535| Value shows up in 40545| 47011| RW
40746| Alias Register Address| 0..65535| Value shows up in 40546| 47012| RW
40747| Alias Register Address| 0..65535| Value shows up in 40547| 48011| RW
40748| Alias Register Address| 0..65535| Value shows up in 40548| 48012| RW

Read-Write Alias Registers and Addresses

By default, the read-write alias registers are configured to point to the Pin 2 output data and Pin 2 and Pin 4 metric count preset registers for all 8 ports.
If writing to an alias register fails (for example, if the aliased register is not writeable), then the write operation of the alias registers will NACK.
A register value that is set to 65535 is always read as 0, and no write operation will be attempted.
All Alias RW registers are part of RW Alias assignments.

Table 12: Alias RW Registers

Modbus Register Address| Description| I/O Range| Comments| Default| Access
---|---|---|---|---|---
40801| Port 1 Pin 2 Data Output| 0..1| 0 = Inactive, 1 = Active| 0| RW
40802| Port 2 Pin 2 Data Output| 0..1| 0 = Inactive, 1 = Active| 0| RW
40803| Port 3 Pin 2 Data Output| 0..1| 0 = Inactive, 1 = Active| 0| RW
40804| Port 4 Pin 2 Data Output| 0..1| 0 = Inactive, 1 = Active| 0| RW
40805| Port 5 Pin 2 Data Output| 0..1| 0 = Inactive, 1 = Active| 0| RW
40806| Port 6 Pin 2 Data Output| 0..1| 0 = Inactive, 1 = Active| 0| RW
Modbus Register Address| Description| I/O Range| Comments| Default| Access
40807| Port 7 Pin 2 Data Output| 0..1| 0 = Inactive, 1 = Active| 0| RW
40808| Port 8 Pin 2 Data Output| 0..1| 0 = Inactive, 1 = Active| 0| RW
40809| Port 1 Pin 4 Count H| 0..65535| Pin 4 Count Value Upper| –| RW
40810| Port 1 Pin 4 Count L| 0..65535| Pin 4 Count Value Lower| –| RW
40811| Port 2 Pin 4 Count H| 0..65535| Pin 4 Count Value Upper| –| RW
40812| Port 2 Pin 4 Count L| 0..65535| Pin 4 Count Value Lower| –| RW
40813| Port 3 Pin 4 Count H| 0..65535| Pin 4 Count Value Upper| –| RW
40814| Port 3 Pin 4 Count L| 0..65535| Pin 4 Count Value Lower| –| RW
40815| Port 4 Pin 4 Count H| 0..65535| Pin 4 Count Value Upper| –| RW
40816| Port 4 Pin 4 Count L| 0..65535| Pin 4 Count Value Lower| –| RW
40817| Port 5 Pin 4 Count H| 0..65535| Pin 4 Count Value Upper| –| RW
40818| Port 5 Pin 4 Count L| 0..65535| Pin 4 Count Value Lower| –| RW
40819| Port 6 Pin 4 Count H| 0..65535| Pin 4 Count Value Upper| –| RW
40820| Port 6 Pin 4 Count L| 0..65535| Pin 4 Count Value Lower| –| RW
40821| Port 7 Pin 4 Count H| 0..65535| Pin 4 Count Value Upper| –| RW
40822| Port 7 Pin 4 Count L| 0..65535| Pin 4 Count Value Lower| –| RW
40823| Port 8 Pin 4 Count H| 0..65535| Pin 4 Count Value Upper| –| RW
40824| Port 8 Pin 4 Count L| 0..65535| Pin 4 Count Value Lower| –| RW
40825| Port 1 Pin 2 Count H| 0..65535| Pin 2 Count Value Upper| –| RW
40826| Port 1 Pin 2 Count L| 0..65535| Pin 2 Count Value Lower| –| RW
40827| Port 2 Pin 2 Count H| 0..65535| Pin 2 Count Value Upper| –| RW
40828| Port 2 Pin 2 Count L| 0..65535| Pin 2 Count Value Lower| –| RW
40829| Port 3 Pin 2 Count H| 0..65535| Pin 2 Count Value Upper| –| RW
40830| Port 3 Pin 2 Count L| 0..65535| Pin 2 Count Value Lower| –| RW
40831| Port 4 Pin 2 Count H| 0..65535| Pin 2 Count Value Upper| –| RW
40832| Port 4 Pin 2 Count L| 0..65535| Pin 2 Count Value Lower| –| RW
40833| Port 5 Pin 2 Count H| 0..65535| Pin 2 Count Value Upper| –| RW
40834| Port 5 Pin 2 Count L| 0..65535| Pin 2 Count Value Lower| –| RW
40835| Port 6 Pin 2 Count H| 0..65535| Pin 2 Count Value Upper| –| RW
40836| Port 6 Pin 2 Count L| 0..65535| Pin 2 Count Value Lower| –| RW
40837| Port 7 Pin 2 Count H| 0..65535| Pin 2 Count Value Upper| –| RW
40838| Port 7 Pin 2 Count L| 0..65535| Pin 2 Count Value Lower| –| RW
40839| Port 8 Pin 2 Count H| 0..65535| Pin 2 Count Value Upper| –| RW
40840| Port 8 Pin 2 Count L| 0..65535| Pin 2 Count Value Lower| –| RW

Table 13: Alias Read-Write Addresses

Modbus Register Address| Description| I/O Range| Comments| Default| Access
---|---|---|---|---|---
40901| Alias Register Address| 0..65535| Value shows up in 40801| 41401| RW
40902| Alias Register Address| 0..65535| Value shows up in 40802| 42401| RW
40903| Alias Register Address| 0..65535| Value shows up in 40803| 43401| RW
40904| Alias Register Address| 0..65535| Value shows up in 40804| 44401| RW
40905| Alias Register Address| 0..65535| Value shows up in 40805| 45401| RW
40906| Alias Register Address| 0..65535| Value shows up in 40806| 46401| RW
40907| Alias Register Address| 0..65535| Value shows up in 40807| 47401| RW
40908| Alias Register Address| 0..65535| Value shows up in 40808| 48401| RW
40909| Alias Register Address| 0..65535| Value shows up in 40809| 41100| RW
40910| Alias Register Address| 0..65535| Value shows up in 40810| 41101| RW
40911| Alias Register Address| 0..65535| Value shows up in 40811| 42100| RW
Modbus Register Address| Description| I/O Range| Comments| Default| Access
40912| Alias Register Address| 0..65535| Value shows up in 40812| 42101| RW
40913| Alias Register Address| 0..65535| Value shows up in 40813| 43100| RW
40914| Alias Register Address| 0..65535| Value shows up in 40814| 43101| RW
40915| Alias Register Address| 0..65535| Value shows up in 40815| 44100| RW
40916| Alias Register Address| 0..65535| Value shows up in 40816| 44101| RW
40917| Alias Register Address| 0..65535| Value shows up in 40817| 45100| RW
40918| Alias Register Address| 0..65535| Value shows up in 40818| 45101| RW
40919| Alias Register Address| 0..65535| Value shows up in 40819| 46100| RW
40920| Alias Register Address| 0..65535| Value shows up in 40820| 46101| RW
40921| Alias Register Address| 0..65535| Value shows up in 40821| 47100| RW
40922| Alias Register Address| 0..65535| Value shows up in 40822| 47101| RW
40923| Alias Register Address| 0..65535| Value shows up in 40823| 48100| RW
40924| Alias Register Address| 0..65535| Value shows up in 40824| 48101| RW
40925| Alias Register Address| 0..65535| Value shows up in 40825| 41102| RW
40926| Alias Register Address| 0..65535| Value shows up in 40826| 41103| RW
40927| Alias Register Address| 0..65535| Value shows up in 40827| 42102| RW
40928| Alias Register Address| 0..65535| Value shows up in 40828| 42103| RW
40929| Alias Register Address| 0..65535| Value shows up in 40829| 43102| RW
40930| Alias Register Address| 0..65535| Value shows up in 40830| 43103| RW
40931| Alias Register Address| 0..65535| Value shows up in 40831| 44102| RW
40932| Alias Register Address| 0..65535| Value shows up in 40832| 44103| RW
40933| Alias Register Address| 0..65535| Value shows up in 40833| 45102| RW
40934| Alias Register Address| 0..65535| Value shows up in 40834| 45103| RW
40935| Alias Register Address| 0..65535| Value shows up in 40835| 46102| RW
40936| Alias Register Address| 0..65535| Value shows up in 40836| 46103| RW
40937| Alias Register Address| 0..65535| Value shows up in 40837| 47102| RW
40938| Alias Register Address| 0..65535| Value shows up in 40838| 47103| RW
40939| Alias Register Address| 0..65535| Value shows up in 40839| 48102| RW
40940| Alias Register Address| 0..65535| Value shows up in 40840| 48103| RW

Mechanical Installation

Install the R95C 8-Port Hub to allow access for functional checks, maintenance, and service or replacement. Do not install the R95C 8-Port Hub in such a way to allow for intentional defeat.

All mounting hardware is supplied by the user. Fasteners must be of sufficient strength to guard against breakage. Use of permanent fasteners or locking hardware is recommended to prevent the loosening or displacement of the device. The mounting hole (4.5 mm) in the R95C 8-Port Hub accepts M4 (#8) hardware. See the figure below to help in determining the minimum screw length.

CAUTION: Do not overtighten the R95C 8-Port Hub’s mounting screw during installation. Overtightening can affect the performance of the R95C 8-Port Hub.

Wiring

Status Indicators

The R95C 8-Port Discrete Bimodal to Modbus® Hub has matching amber LED indicators on both sides for each discrete device port to allow for installation needs and still provide adequate indication visibility. There is also an additional amber LED indicator on both sides of the converter, which is specific to Modbus communication.

Modbus Communication Amber LED

Indication| Status
Off| Modbus communications are not present
Flashing Amber (4 Hz)| Modbus communications are active
Solid Amber for 2 Seconds, Then to Off| Modbus communications are lost after connection
Solid Amber for 2 Seconds, Then to Flashing Amber (4 Hz)| Modbus communications momentarily lost, but then communication was reestablished

Specifications

Supply Voltage
12 V DC to 30 V DC at 400 mA maximum

Power Pass-Through Current
500 mA per port maximum

Discrete Output Load Rating
100 mA

Supply Protection Circuitry
Protected against reverse polarity and transient voltages

Leakage Current Immunity
400 µA

Indicators
Green: Power
Amber: Modbus communications
Amber: Discrete OUT status

Connections
(8) Integral 4-pin M12 female quick disconnect
(1) Integral 5-pin M12 male quick-disconnect connector

Construction
Coupling Material: Nickel-plated brass
Connector Body: PVC translucent black

Vibration and Mechanical Shock
Meets IEC 60068-2-6 requirements (Vibration: 10 Hz to 55 Hz, 0.5 mm amplitude, 5 minutes sweep, 30 minutes dwell)
Meets IEC 60068-2-27 requirements (Shock: 15G 11 ms duration, half sine wave)

Certifications

Banner Engineering BV Park Lane,
Culliganlaan 2F bus 3, 1831
Diegem, BELGIUM

Turck Banner LTD Blenheim
House, Blenheim Court, Wickford,
Essex SS11 8YT, Great Britain

Environmental Rating
IP65, IP67, IP68
UL Type 1

Operating Conditions
Temperature: –40 °C to +70 °C (–40 °F to +158 °F) 90% at +70 °C maximum relative humidity (non-condensing)
Storage Temperature: –40 °C to +80 °C (–40 °F to +176 °F)

Required Overcurrent Protection

WARNING: Electrical connections must be made by qualified personnel in accordance with local and national electrical codes and regulations.

Overcurrent protection is required to be provided by end product application per the supplied table.
Overcurrent protection may be provided with external fusing or via Current
Limiting, Class 2 Power Supply.
Supply wiring leads < 24 AWG shall not be spliced.
For additional product support, go to www.bannerengineering.com

R95C 8-Port Discrete Bimodal to Modbus® Hub

Dimensions

All measurements are listed in millimeters [inches], unless noted otherwise

Accessories

Cordsets

4-Pin Threaded M12 Cordsets—Double Ended

Model| Length| Style| Dimensions| Pinout
MQDEC-401SS| 0.31 m (1 ft)| Male Straight/Female Straight| | Female
Male

1= Brown
2 = White
3 = Blue
4 = Black

MQDEC-403SS| 0.91 m (2.99 ft)
MQDEC-406SS| 1.83 m (6 ft)
MQDEC-412SS| 3.66 m (12 ft)
MQDEC-420SS| 6.10 m (20 ft)
MQDEC-430SS| 9.14 m (30.2 ft)
MQDEC-450SS| 15.2 m (49.9 ft)

Banner Engineering Corp Limited Warranty

Banner Engineering Corp. warrants its products to be free from defects in material and workmanship for one year following the date of shipment. Banner Engineering Corp. will repair or replace, free of charge, any product of its manufacture which, at the time it is returned to the factory, is found to have been defective during the warranty period. This warranty does not cover damage or liability for misuse, abuse, or the improper application or installation of the Banner product.

THIS LIMITED WARRANTY IS EXCLUSIVE AND IN LIEU OF ALL OTHER WARRANTIES WHETHER EXPRESS OR IMPLIED (INCLUDING, WITHOUT LIMITATION, ANY WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE), AND WHETHER ARISING UNDER COURSE OF PERFORMANCE, COURSE OF DEALING OR TRADE USAGE.

This Warranty is exclusive and limited to repair or, at the discretion of Banner Engineering Corp., replacement. IN NO EVENT SHALL BANNER ENGINEERING CORP. BE LIABLE TO BUYER OR ANY OTHER PERSON OR ENTITY FOR ANY EXTRA COSTS, EXPENSES, LOSSES, LOSS OF PROFITS, OR ANY INCIDENTAL, CONSEQUENTIAL OR SPECIAL DAMAGES RESULTING FROM ANY PRODUCT DEFECT OR FROM THE USE OR INABILITY TO USE THE PRODUCT, WHETHER ARISING IN CONTRACT OR WARRANTY, STATUTE, TORT, STRICT LIABILITY, NEGLIGENCE, OR OTHERWISE.

Banner Engineering Corp. reserves the right to change, modify or improve the design of the product without assuming any obligations or liabilities relating to any product previously manufactured by Banner Engineering Corp. Any misuse, abuse, or improper application or installation of this product or use of the product for personal protection applications when the product is identified as not intended for such purposes will void the product warranty. Any modifications to this product without prior express approval by Banner Engineering Corp will void the product warranties. All specifications published in this document are subject to change; Banner reserves the right to modify product specifications or update documentation at any time. Specifications and product information in English supersede that which is provided in any other language. For the most recent version of any documentation, refer to: www.bannerengineering.com.

For patent information, see www.bannerengineering.com/patents.

FCC Part 15 Class B

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.

Industry Canada

This device complies with CAN ICES-3 (B)/NMB-3(B). 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

References

• Patents

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