ATIM ACW/LW8-DINDIO16: 16 x DIGITAL INPUT LoraWan SENSOR

Product features

Parameter	Value
Afmetingen	53 x 67 x 95 mm
Antenne	External via SMA connector
Temperatuur	-20°C to +55°C (operating)
	-40°C to +70°C (storage)
Mounting	DIN rail
Voeding	1x power supply, 10-30 V DC
Consumption	100 mA
Digital inputs with dry contact (DIND160)	- 16 configurable inputs - Alarm on status change - 8 configurable meters on any input (4 meters before version V1.2.0) - Configuration of 4 groups of inputs possible
Digital inputs with dry contact (DIND80 and DIN88)	- 8 configurable inputs - Alarm on status change - 8 configurable meters on any input - Activation of a group of inputs possible
Digital inputs with dry contact (DIND44)	- 4 configurable inputs - Alarm on status change - 4 configurable meters on any input - Activation of a group of inputs possible
Digital outputs with dry contact	- DIND88: 8 outputs controlled via downlink - DIND44: 4 outputs controlled via downlink
Configuration via	USB port or downlink
Alarm	Tamper / shock
Frequentie	865 – 870 MHz
Vermogen	25 mW (14 dBm)
Datasnelheid	Sigfox: 100 bit/s LoRaWAN: 300 bit/s to 10 kbit/s
LoRaWAN	Klasse C

Electrical characteristics
Parameter	Min.	Type / conditions	Max.
Supply voltage (V)	10 V		30 V
Consumption when transmitting (mA)		Condition: - 12 V supply voltage - All outputs disabled	60 mA – Sigfox 60 mA – LoRaWAN
		Condition: - 24 V supply voltage - All outputs disabled	35 mA – Sigfox 30 mA – LoRaWAN
Consumption at reception (mA)		Condition: - 12 V supply voltage - All outputs disabled	50 mA – Sigfox 30 mA – LoRaWAN
		Condition: - 24 V supply voltage - All outputs disabled	30 mA – Sigfox 20 mA – LoRaWAN
Standby consumption (mA)		Condition: - 12 V supply voltage - All outputs disabled	20 mA – Sigfox N/A – LoRaWAN
		Condition: - 24 V supply voltage - All outputs disabled	15 mA – Sigfox N/A – LoRaWAN
High input level voltage (V)	2.8 V	with Pull-Down	30 V (recommended)
	2.3 V	with Pull-Up
Low input level voltage (V)	0 V	with Pull-Down	1.3 V
		with Pull-Up	0.15 V
Voltage of the outputs (V)	10 V	Supply voltage	30 V
Current of the outputs (mA)			250 mA

Electrical characteristics
Parameter	Min.	Type / conditions	Max.
Supply voltage (V)	10 V		30 V
Consumption when transmitting (mA)		Condition: - 12 V supply voltage - All outputs disabled	60 mA – Sigfox 60 mA – LoRaWAN
		Condition: - 24 V supply voltage - All outputs disabled	35 mA – Sigfox 30 mA – LoRaWAN
Consumption at reception (mA)		Condition: - 12 V supply voltage - All outputs disabled	50 mA – Sigfox 30 mA – LoRaWAN
		Condition: - 24 V supply voltage - All outputs disabled	30 mA – Sigfox 20 mA – LoRaWAN
Standby consumption (mA)		Condition: - 12 V supply voltage - All outputs disabled	20 mA – Sigfox N/A – LoRaWAN
		Condition: - 24 V supply voltage - All outputs disabled	15 mA – Sigfox N/A – LoRaWAN
High input level voltage (V)	2.8 V	with Pull-Down	30 V (recommended)
	2.3 V	with Pull-Up
Low input level voltage (V)	0 V	with Pull-Down	1.3 V
		with Pull-Up	0.15 V
Voltage of the outputs (V)	10 V	Supply voltage	30 V
Current of the outputs (mA)			250 mA

Characteristics of inputs and counters

Parameter	Min.	Type / conditions	Max.
Frequency of inputs or counters (Hz)		Condition: - Cyclic reporting at 50% - Filter time 1 ms	400 Hz
Contact bounce filter time	1 ms	Note: configurable value.	255 ms
Accuracy contact bounce filter time	-1 ms	Note: to ensure a minimum filter time of 1 ms, the filter time must be set to 2 ms .	0 ms
Size of counters		4 bytes

Dimensions

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ACW/LW8-DINDXXX Data Sheet

ACW/LWA-DINDXXX Manual

ACW/LWA- Configurator Software

ACW/LWA-Configurator Manual Software

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ACW/LW8-DIND16O is a DIN-rail IO hub with 16 digital inputs. The measured data is wirelessly transmitted via LoRaWAN® 868 MHz. Thanks to its 10–30 Vdc, Modbus master/slave capabilities, remote configuration, this device is plug-&-play and ideal for professional IoT applications.

415.80 € (Tax excluded)

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Shipping: 2-3 working days

Detection of relay status & industrial measurements

The DINDxxx makes it possible to report the output states of up to 16 ToR outputs. The measurements are regularly sent via Sigfox or LoRaWAN networks and the configuration can be set via the tools of the ATIM suite.

Compatible with the computer and mobile versions of the IoT web platform: with a few clicks of the mouse, you can visualise data, set the sensor remotely, and configure alerts based on predefined thresholds.

Installation and commissioning are completed in less than 10 minutes: Plug & Play.

The ACW-DINDxxx is widely used in cities, industry, and ‘connected’ buildings and is suitable for numerous applications, such as:

Connecting the automation of a production line: analyse the number and timing of downtimes
Connecting the public lighting of a city: quickly determine when there is a power outage in a sector or district
Improving productivity on construction sites by detecting equipment failures

Product features

Parameter	Value
Afmetingen	53 x 67 x 95 mm
Antenne	External via SMA connector
Temperatuur	-20°C to +55°C (operating)
	-40°C to +70°C (storage)
Mounting	DIN rail
Voeding	1x power supply, 10-30 V DC
Consumption	100 mA
Digital inputs with dry contact (DIND160)	- 16 configurable inputs - Alarm on status change - 8 configurable meters on any input (4 meters before version V1.2.0) - Configuration of 4 groups of inputs possible
Digital inputs with dry contact (DIND80 and DIN88)	- 8 configurable inputs - Alarm on status change - 8 configurable meters on any input - Activation of a group of inputs possible
Digital inputs with dry contact (DIND44)	- 4 configurable inputs - Alarm on status change - 4 configurable meters on any input - Activation of a group of inputs possible
Digital outputs with dry contact	- DIND88: 8 outputs controlled via downlink - DIND44: 4 outputs controlled via downlink
Configuration via	USB port or downlink
Alarm	Tamper / shock
Frequentie	865 – 870 MHz
Vermogen	25 mW (14 dBm)
Datasnelheid	Sigfox: 100 bit/s LoRaWAN: 300 bit/s to 10 kbit/s
LoRaWAN	Klasse C

Electrical characteristics
Parameter	Min.	Type / conditions	Max.
Supply voltage (V)	10 V		30 V
Consumption when transmitting (mA)		Condition: - 12 V supply voltage - All outputs disabled	60 mA – Sigfox 60 mA – LoRaWAN
		Condition: - 24 V supply voltage - All outputs disabled	35 mA – Sigfox 30 mA – LoRaWAN
Consumption at reception (mA)		Condition: - 12 V supply voltage - All outputs disabled	50 mA – Sigfox 30 mA – LoRaWAN
		Condition: - 24 V supply voltage - All outputs disabled	30 mA – Sigfox 20 mA – LoRaWAN
Standby consumption (mA)		Condition: - 12 V supply voltage - All outputs disabled	20 mA – Sigfox N/A – LoRaWAN
		Condition: - 24 V supply voltage - All outputs disabled	15 mA – Sigfox N/A – LoRaWAN
High input level voltage (V)	2.8 V	with Pull-Down	30 V (recommended)
	2.3 V	with Pull-Up
Low input level voltage (V)	0 V	with Pull-Down	1.3 V
		with Pull-Up	0.15 V
Voltage of the outputs (V)	10 V	Supply voltage	30 V
Current of the outputs (mA)			250 mA

Electrical characteristics
Parameter	Min.	Type / conditions	Max.
Supply voltage (V)	10 V		30 V
Consumption when transmitting (mA)		Condition: - 12 V supply voltage - All outputs disabled	60 mA – Sigfox 60 mA – LoRaWAN
		Condition: - 24 V supply voltage - All outputs disabled	35 mA – Sigfox 30 mA – LoRaWAN
Consumption at reception (mA)		Condition: - 12 V supply voltage - All outputs disabled	50 mA – Sigfox 30 mA – LoRaWAN
		Condition: - 24 V supply voltage - All outputs disabled	30 mA – Sigfox 20 mA – LoRaWAN
Standby consumption (mA)		Condition: - 12 V supply voltage - All outputs disabled	20 mA – Sigfox N/A – LoRaWAN
		Condition: - 24 V supply voltage - All outputs disabled	15 mA – Sigfox N/A – LoRaWAN
High input level voltage (V)	2.8 V	with Pull-Down	30 V (recommended)
	2.3 V	with Pull-Up
Low input level voltage (V)	0 V	with Pull-Down	1.3 V
		with Pull-Up	0.15 V
Voltage of the outputs (V)	10 V	Supply voltage	30 V
Current of the outputs (mA)			250 mA

Characteristics of inputs and counters

Parameter	Min.	Type / conditions	Max.
Frequency of inputs or counters (Hz)		Condition: - Cyclic reporting at 50% - Filter time 1 ms	400 Hz
Contact bounce filter time	1 ms	Note: configurable value.	255 ms
Accuracy contact bounce filter time	-1 ms	Note: to ensure a minimum filter time of 1 ms, the filter time must be set to 2 ms .	0 ms
Size of counters		4 bytes

Dimensions

Some explanation about the type numbers:

	Digital Inputs	Dry Contact Digital Outputs
DIND21	2	1
DIND40	4	0
DIND44	4	4
DIND80	8	0
DIND88	8	8
DIND160	16	0

	Configurable per group of 4
	Standard digital input
	Counter input