Ocean Controls

CMS-402 PSF50-G-Q15, Flow Switch

Tue, 21 May 2013 16:47:22 +1000

PSF50-G.Q15 is a flow switch designed to be user friendly and reliable to use. The operating principle is based on paddle-operated magnet switch.

This model has a NO/NC reed contact alarm output that activates at flow rate over set threshold. PSF50-G-Q15 can be used as a flow meter, ON/OFF flow controller, or alarm unit suitable for water treatment and other applications.

Specifications:

Input
Operating Principle:	Paddle-operated magnet switch
Flow Range:	15...130 l/min (see datasheet)
Range Adjustment:	cut paddle length, 1....3"

Output
Output Type:	NO/NC reed contact, 2 A @230 VAC
Output action:	Activates at flow rate over set point
Set-point adjustment:	cut paddle length
Set-point tolerance:	±25%
Repeatability:	±5%

Operating Conditions
Medium Type:	low-contaminated liquid
Process Temperature:	-30...140 °C
Process Pressure:	up to 25 Bar
Electrical Connection:	Screw terminals inside the housing
Housing protection:	Aluminium head type "G" (IP65) or ATEX-approved Ex 'd' head type "EG" (IP68)
Wetted Parts:	304 stainless steel (1.4301)

Manufacturer's Part No: PSF50-G-Q15

Non-stocked configurations may be available but may be subject to minimum order quantities or different pricing. Contact us for more information

Documents:

Price: $174.32

MOT-123 Bipolar Stepper Motor FL57STH51-2804A

Mon, 20 May 2013 13:07:26 +1000

Industrial grade small stepper motor, ideal for small CNC projects and robots. Has a holding torque of 10.1 Kg.cm (0.99 N.m or 140 oz.in). 6.35 mm diameter round shaft on the front of the motor.

This NEMA 23 frame motor is 57 mm square on the face, with four ⌀5mm untapped holes.

To drive this motor we recommend the DM442, M542 or ND556.

Specifications:

Step angle	1.8 °
Step angle accuracy	±5%
Temperature rise (max)	80 °C
Ambient temperature	-20 to 50 °C
Insulation Resistance (at 500 V_DC)	≥100 MΩ
Dielectric strength (1 min.)	500 VAC
Shaft radial play (450 g load)	≤0.02 mm
Shaft axial play (450 g load)	≤0.08 mm
Max. radial force (20 mm from flange)	75 N
Max. axial force	5 N
Current per phase	2.8 A
Resistance per phase (± 10%)	0.83 Ω
Coil voltage (continuous)	2.3 V
Inductance per phase (± 20%)	2.2 mH
Holding torque	10.1 kg.cm
Number of leads	4
Rotor inertia	275 g.cm²
Weight	650 g
Detent torque	360 g.cm
Body Length	51 mm
Front shaft length	20 mm

Documents:

Download datasheet

Wiring:

Speed-torque Curve:

Price: $55.00

AXS-1512 AXE SP-A Series Pressure Sensor 0 to 5 Bar

Fri, 17 May 2013 11:17:27 +1000

These are a great economical gauge pressure transmitter with a 4 to 20 mA output (2 wire) and featuring an accuracy of 0.5% Full Scale. The sensor mounts with a " NPT thread.

Features:

Accuracy: 0.5 % F.S.
Absolute Pressure
Thick film strain guage on ceramic and stainless steel (SUS316)
0 to 5 bar Measurement range
Response time <5mSecs
Supply range 10 to 30 V_DC
16 bit resolution DAC, 4 to 20mA output
" NPT thread
Protection class NEMA4/IP65
CE EMC certification

Specifications:

Power Supply:	10 to 30 V_DC
Measuring Accuracy:	0.5% Full scale
Maximum Pressure:	5 bar
Burst Pressure:	15 bar
Response Time (0 to 90 %):	5 ms
Output Drive Capability:	≤((V_S-10)/0.02) Ω
Output Ripple:	<0.1% Full scale
Connector:	DIN mini connector 43650-A
Connector Protection:	IP65
Output Ripple:	<0.1%FS
Diaphragm Material:	Ceramic Al₂O₃ - 96%
Pressure Port Material:	Stainless steel 1.4401(SUS316)
Operating Temperature Range:	-25 to 85 C
Storage and Medium Range:	-40 to 125 C
Dimensions:	25 mm Dia 86 mm High
Manufacturer Part:	SP-G5001-A2

Documents:

We carry a selection of the full range of options listed in the datasheet. Non-stocked configurations may be available but may be subject to minimum order quantities or different pricing. Contact us for more information

Price: $149.00

KTA-283 Ultrasonic Range Transmitter

Thu, 16 May 2013 14:55:24 +1000

The KTA-283 is an IP67 certified ultrasonic range sensor, powered directly from a 4 to 20 mA loop. The sensor operates out to 5m range, outputting this value as a 4 to 20 mA current signal.

Features:

Ultrasonic range sensing out to 5 metres
Loop powered
4 to 20 mA current output for interfacing to industrial machinery
IP67 rated
Sturdy enclosure
40 V max loop voltage

The unit requires only two connections to interface to the 4 to 20 mA loop. Power for the internal electronics are taken directly from the loop.

At the heart of the device is one of our Maxbotix ultrasonic range sensors. These sensors employ a raft of advanced features, such as: speed of sound compensation, target size correction, and a range of smart algorithms to cancel false readings. These techniques enable the sensor to be accurate to 5 mm. We have been very impressed with their preformance.

Typical Setup:

Versions:

KTA-283 Wide beam width version (Fitted with either MXS-103 or MXS-104)
KTB-283 Narrow beam width version (Fitted with either MXS-101 or MXS-102)

Documents:

Download Manual

Price: $235.00

SFA-008 Clear Enclosure for pcDuino/Arduino

Thu, 09 May 2013 14:25:47 +1000

There is really nothing like a well-designed project enclosure. Really, a clean enclosure can add a lot to a project.

If you're fitting it up for a pcDuino, it's simple: Just grab the end-pieces that fit the various pcDuino ports and put those into the bottom half of the enclosure, then screw the pcDuino down, then pop on the top piece and screw it into place. Done!

If you're using it for an awesome Arduino project, it's just as easy: Grab the solid end piece and pop it into place then find the Arduino end piece and put it on the other end, screw the Arduino board into place on the bottom side of the enclosure and you can put the top on. There's even a pop-out panel where you can mount a 16x2 LCD module!

The case is made from ABS plastic, which means it's durable but also easy to work with basic tools.

Features:

Made of ABS plastic
Enclosure is easy to machine, drill, cut and shape to what you need
Brass threaded inserts
Fits various Arduino boards, pcDuino and 16×2 LCDs
Pop out plates for GPS, buttons, sensors, switches, knobs etc...

Documents:

Thu, 09 May 2013 13:41:39 +1000

Okay, it's nothing fancy but it is really useful. Plug your power supply into one end and the other into your project and, just like that, you've got a power switch! The on-off rocker switch has a good stiff 'click' to it, so it isn't easy to accidentally switch. It's also fairly small so it won't add too much unnecessary bulk to your project.

Features:
- Switch Body: ~ 61 × 27 × 23 mm
- Cable: 85 mm long (each side)
- Barrel Connector: 5.5 × 2.1 mm
Price: $3.00

ATO-162 MB5001C-SiS 1-port isolated RS-422/485(TB5-ISO) Modbus Gateway

Thu, 09 May 2013 10:44:53 +1000

The Atop MB5001C series provides an interface between Modbus serial slave devices and hosts running Modbus/TCP on Ethernet networks. This low power, compact device is housed in a metal casing making them ideal for interfacing industrial equipment such as PLCs, HMIs, various sensors and measuring instruments. User friendly setup via a web based UI ensures simple integration even for complex configurations.

The MB5001C SiS series supports the two most commonly used serial communication interfaces, isolated RS-422 and RS-485. It also provides a web-based configuration UI, so the users can select the serial interface easily.

Features:

Rugged metal housing for wall or panel mount (DIN rail adapter clips available)
Ease-of-use in Modbus protocol conversion include RTU, ASCII and TCP
10/100 Mbps fast Ethernet full duplex auto negotiation
Monitor, manage and control industrial field devices remotely
Configurable via built-in web server, serial console, and telnet
Upgradeable firmware from remote-PC via Ethernet
Compact design

Specifications:

Ethernet
Compliance	IEEE802.3
Port	1-port
Transmission Rate	10/100M Auto-detection
Connector	RJ-45
Auto MDI/MDI-X	Yes

Link Mode
Modbus TCP	Yes
Modbus ASC	Yes
Modbus RTU	Yes

Serial
Interface	RS-232/422/485 software selectable
Ports	1-port
Baud Rate	1200 bps to 230 Kbps
Parity	None, Odd, Even, Mark, Space
Data Bits	7, 8
Stop Bits	1, 2
Flow Control	None, Software: Xon/Xoff, Hardware: RTS/CTS
Protection	15 kV ESD
Connector	9-pin D-Sub

Power
Input	5 VDC (DC-Jack) or 9 to 30 VDC (screw terminals)
Consumption	≤2.7 W

Approval
EMC	FCC Class A, CE Class A

Environment
Operating	0 to 60 C
Storage	-20 to 70 C, 5 to 95% RH

Dimension
W × H × D	65 × 28 × 78 mm

MTBF
Preceding	57.5 years (25 °C)
Report	Yes

Software
Configuration	Web Page / Telnet / Serial console / Windows utility
Atop Tool	DeviceView
Support Protocol	Modbus TCP/ASC/RTU, SNMP, HTTP

Connections:

The converter has a DE-9 male connector for the serial port. The optional ATO-148 adapter brings these signals out to screw terminals. The pin out of the connector is shown below.

DE-9 Pin	RS-232 Mode	RS-422 Mode	RS-485 Mode
1	DCD	N/A	N/A
2	RXD	TXD+	N/A
3	TXD	RXD+	D+
4	DTR	N/A	N/A
5	GND	GND	GND
6	DSR	N/A	N/A
7	RTS	RXD-	D-
8	CTS	TXD-	N/A
9	N/A	N/A	N/A

Resources:

Download Quick Start Guide
Download User Manual

DOwnload DeviceView 1.12 configuration utility for Windows
ATOP Product page with firmware, software and manuals

Price: $220.00

IPI-150 N1540 Universal Process Indicator 240�VAC

Wed, 08 May 2013 16:03:37 +1000

N1540 process meter was designed with advanced technology for highest performance and reliability in the most demanding applications.

Based on an advanced and robust hardware platform, the N1540 can be fully programmed via its front keypad or via a USB interface.

The unique USB interface makes the programming task a simple one step fool proof operation. It allows, for example, the set up of several instruments with the same programming parameters with extreme ease while saving precious time. The mini USB interface also provides an invaluable means for continuous monitoring of the measured process variable.

With a very short 33 mm depth enclosure, the N1540 can be easily installed in panels and enclosures where space is at a premium.

Dual alarm relays and a convenient 24 V auxiliary power supply are also available in this competitively priced process meter.

Features:

Sensor Input:

J, K, T, E, N, R, S, B Thermocouples
Pt100
0 to 50 mV
0 to 5 VDC
0 to 10 VDC
0 to 20 mA
4 to 20 mA

USB Interface for configuration and monitoring
Factory configuration parameters retrieval
Programmable indicating range from -1999 to 9999
Sampling rate: up to 50 measurements per second
Adjustable digital filter.
Auxiliary 24 VDC Voltage source
Alarm Functions: LO, HI, differential, differential LO, differential HI, sensor break
Alarm initial blocking, Alarm hysteresis
Recorded maximum HI and minimum LO values can be retrieved via keypad
Silicone rubber keypad
Circuitry can be removed from housing without disconecting wires.
CE & UL certification
Enclosure IP rating:

Front panel: IP65, Polycarbonate UL94 V-2.
Back panel: IP30, ABS+PC UL94 V-0.5 Digit LED display

Dimensions: 96 48 34 mm.

Manufacturer product: N1540

Please note: this product also has a 24 VDC powered option and RS-485 interface with RTU Modbus protocol, which we currently do not stock. This model can be ordered but might be subject to leadtimes and different pricing. Contact us for further information

Documents:

Price: $245.00

IPI-131 N1040i-RR Process Indicator 240 VAC Powered , 2 alarm outputs

Wed, 08 May 2013 14:31:55 +1000

The Universal Indicator N1040i combines, in one compact and convenient 1/16 DIN enclosure, a high precision microprocessor based analog circuit with a very simple configuration interface to monitor a wide range of analog variables.

Input sensor:	Outputs:
J, K, T, N, R, S, B or E type T/C	2 × 3 A SPDT Relay
Pt100 RTD (3 wire)
Linear 0/4 to 20 mA
Linear 0 to 50 mV
Linear 0 to 5 V
Linear 0 to 10 V	Power:
4to20mA with T/C Linearisation	100 to 240 VAC

This low cost, tough and versatile indicator is compatible with most common thermocouple types, Pt100 RTD sensor and linear 4 to 20 mA and mV sensors.

With a intuitive interface to program range and decimal point through the keypad, the N1040i allows inexperienced instrumentation operators easy installation and start up for most processes.

The N1040i-RR Process indicator features 2 alarm outputs.

Features:

Universal input accepts a wide range of thermocouples, RTDs and linear current and voltage signals
Input adjustable offset allows small indication corrections
Analog input signal retransmission over 0 to 20 mA or 4 to 20 mA with configurable scale and offset
1 programmable alarm output capable of minimum, maximum, differential, minimum differential, maximum differential and sensor break alarm conditions.
Configurable initial alarm blocking function doesn't "arm" alarm until the process has reached normal operating conditions
Flash alarm function alerts operator to condition while in alarm state
Sensor failure detection
Password for meter protection
Factory calibration parameters recovery
Universal switching power supply (100 to 240 VAC 10%, 50/60 Hz) ensures high precision even under mains voltage oscillations
Dimensions: 48 × 48 × 80 mm
Internal Resolution: 32767 levels (15 bits)
Display Resolution: 12000 levels (ie -1999 to 9999)
Input reading rate: up 55 per second
Precision:
- Thermocouples J, K, T, E: 0.25% of the span or 1 C
- Thermocouples N, R, S, B: 0.25% of the span or 3 C
- Pt100: 0.2% of the span
- 4 to 20 mA, 0 to 50 mV, 0 to 5 V, 0 to 10 V: 0.2% of the span
Certifications: CE, UL

Documents:

Price: $149.00

CET-0041 N322 Thermostat Controller with NTC Sensor, 24�V with RS-485

Wed, 08 May 2013 14:01:56 +1000

The Novus N322 Thermostat is a budget priced On-Off temperature controller with industrial level reliability. This model includes an NTC thermistor and is powered from 12 to 30 VAC/DC. Other models are 100 to 240 VAC powered or take PT100 input or J, K and T type thermocouple input.

The NTC thermistor models are provided with a waterproof stainless steel NTC Thermistor probe and 2 metres long cable to get you up and running immediately. This cable can be extended to 50 metres.

The N-322 thermostats have two relay outputs which can be configured for heating or cooling or a number of different alarm modes and are easily configured by the front panel buttons and display.

The Temperature and status of Relays are shown on the LED Display. Great for aquariums, home brewing, ovens, fridges, greenhouses and many other applications.

Features:

Included sensor
IP65 when mounted in panel
Fully configurable
RS-485 interface, RTU Modbus protocol
Heating or cooling actions
Configurable hysteresis
Configurable start-up delay to reduce inrush current when using multiple controllers
Configurable minimum on and off times to extend compressor or heater life
Over /under temperature and in-bound / out-of-band alarms
Optional multi-level password protection
12 to 30 VAC/DC powered
1 × SPDT output and 1 × SPST output with programable functionality

Output relays and modes:

Heating
Cooling
Low Alarm
High Alarm
Inside Range Alarm
Outside Range Alarm
Low Alarm with Initial Blocking
High Alarm with Initial Blocking
Inside Range Alarm with Initial Blocking
Outside Range Alarm with Initial Blocking

Specifications:

Power supply	12 to 30 VAC/DC
Display	3 digit LED
Sensor input	NTC (included)
Temperature range	-50 to 120 C
Temperature accuracy	±0.6 C
Output 1	SPDT, 1 HP (16 A resistive), 250 VAC
Output 2	SPST, 5 A resistive, 250 VAC
Sampling time	1.5 samples per second
Dimensions	75 × 33 × 75 mm
Panel cutout	70 × 29 mm

Documents:

Price: $99.00

NOC-305 N1020 PID Temperature Controller with RS-485 & USB

Wed, 08 May 2013 13:36:10 +1000

The Novus N1020 PID controller features advanced performance capability for the most complex and critical applications and 1/32 DIN size for mounting in space-critical applications.

The full-range supply means this controller can run from 24 V DC right up to 240 V AC. The controller fits in a 1/32 DIN size panel cutout (48 × 24 mm) making it an ideal choice for installing into equipment where panel space is limited.

Features:

Full range power supply: 100 to 240 VAC and 24 to 240 VDC
High brightness red LED display
Universal input: thermocouples, Pt100 RTD and 50 mV
Auto-adaptive PID control
PID parameters auto-tuning
Dual output: 1 pulse and 1 relay
Output funtions: control, alarm 1, alarm 2
Configurable alarms with 8 different functions
Alarm inhibit function at start up
Programmable timer
“F” key with 3 possible functions
Soft-start function
Ramp function
Measured value offset
Minimum and maximum limits for SP setting
Minimum and maximum limits for output value
Programmable PWM cycle from 0.5 seconds to 100 seconds
USB & RS-485 Modbus RTU communications
Access password for configuration protection
Factory calibration settings restoration feature
Silicone keypad
Front pannel: IP65, polycarbonate UL94 V-2
Enclosure: IP20, polycarbonate UL94 V-2
CE certification

Specifications:

Power supply:	24 to 240 VDC ±10 % or 100 to 240 V AC ±10 % 50/60 Hz
Power Consumtion:	5 VA
Sensor Input:	J, K, T, N, R, S, B and E thermocouples, PT100 RTD, 0 to 50 mV
Internal Resolution:	15 bit (32767 levels)
Display Resolution:	12,000 levels (from -1,999 to 9,999)
Input Sampling Rate:	Up to 55 Hz
Accuracy (J, K, T, E thermocouples):	0.25 % of span ±1 °C
Accuracy (N, R, S, B thermocouples):	0.25 % of span ±3 °C
Accuracy (PT100):	0.2 % of span
Accuracy (mV):	0.1 %
Input Impedance (PT100 and thermocouples):	> 10 MΩ
PT100 Excitation Current:	170 µA
Output 1:	Voltage pulse 5 V, 25 mA
Output 2:	SPST relay, 240 VAC, 1.5 A

Documents:

Download the Flier
Download the Operating Manual
N1020 Configurator V1.15

Price: $159.00

AXS-1481 AXE SP-A Series Pressure Sensor 0�to�1�Bar�Absolute

Fri, 03 May 2013 15:10:09 +1000

These are a great economical gauge pressure transmitter with a 4 to 20 mA output (2 wire) and featuring an accuracy of 0.5% Full Scale. The sensor mounts with a " NPT thread.

Features:

Accuracy: 0.5 % F.S.
Thick film strain guage on ceramic and stainless steel (SUS316)
0 to 1 bar Measurement range
Response time <5 ms
Supply range 10 to 30 VDC
16 bit resolution DAC, 4 to 20 mA output
" NPT thread
Protection class NEMA4/IP65
CE EMC certification

Specifications:

Power Supply:	10 to 30 VDC
Measuring Accuracy:	0.5% Full scale
Maximum Pressure:	1 bar
Burst Pressure:	3 bar
Response Time (0 to 90 %):	5 ms
Output Drive Capability:	≤((V_S-10)/0.02) Ω
Output Ripple:	<0.1% Full scale
Connector:	DIN mini connector 43650-A
Connector Protection:	IP65
Output Ripple:	<0.1%FS
Diaphragm Material:	Ceramic Al₂O₃ - 96%
Pressure Port Material:	Stainless steel 1.4401(SUS316)
Operating Temperature Range:	-25 to 85 C
Storage and Medium Range:	-40 to 125 C
Dimensions:	25 mm Dia 86 mm High
Manufacturer Part:	SP-A4001-A2

Documents:

Download Datasheet

Pressure Sensor Comparison

Price: $149.00

AXS-092 2.5 mv to 0 to 5 V Transmitter

Fri, 03 May 2013 14:54:25 +1000

These tiny load cell or strain gauge transmitters measure just 52 × 22 × 18 mm. They provide a 5 V excitation to your load cell and the output of the load cell is then converted to a 0 to 5 V signal.

Span and zero adjustment trimpots can be accessed under rubber plugs on the conditioner's body.

Features:

Small size: just 52 × 22 × 18 mm!
3-wire 0 to 5 V output (2 metre cable)
Provides a regulated 5 V excitation voltage for the load cell
Backed with double-sided tape for flexible placement
0.025% Full scale accuracy
Supply voltage from 14 to 30 VDC
Low cost and high stability

Specifications:

Accuracy:	0.025 % Full scale
Output:	0 to 5 V
Zero adjustment:	10 % Full scale
Span adjustment:	25 % Full scale
Output response Time (0 to 90 %):	100 ms
Output ripple:	0.025 % Full scale
Temperature coefficient:	25 ppm/°C
Operating temperature:	0 to 60 °C
Operating humidity:	20 to 90 % non-condensing
Storage temperature:	0 to 70 C
Storage humidity:	20 to 90 % non-condensing
Dimensions:	52 × 22 × 18 mm
Cable:	2 m, 3 wire

Documents:

This unit is the manufacturer part TWL-9R92 991216-09. The datasheet lists other options, a selection of which we carry. If you're after a combination of options we don't stock, contact us for pricing and availability.

Download datasheet

Price: $99.00

HER-033 30A 24VAC Panel Mount Relay

Fri, 03 May 2013 14:47:37 +1000

Features
Contact Form: DPDT or 2Z
Contact Capacity 30A/250VAC
Coil Voltage 24VAC
Coil Power: 2.5W/4VA Dimension: 36 x 36 x 48mm
Price: $7.95

AUD-004 12W Mono Plug and Play Amplifier Module

Thu, 02 May 2013 09:31:13 +1000

These German designed pre-built amplifier modules are a quick cost effective solution for custom audio projects. All you need to do is connect a power supply, speaker and an input. Each module is encapsulated in epoxy resin, offering excellent durability and reliability.

Specifications:

Fitted with RCA input, DC jack and volume control
Power: 12W Max
DC volts: 6 - 16V
Impedance: 4 - 16Ω
Frequency response: 40Hz - 20KHz
Input sensitivity: <80mV
Speaker connection: 280mm Flying lead
Dimensions: 72W x 50D x 42Hmm

Price: $45.41

TOD-086 DIN Rail Mount Ethernet to Optic Fibre Single Mode, Single Fibre, 20�km, SC Connector

Tue, 30 Apr 2013 10:56:46 +1000

The 3onedata IMC101-SS/20 Ethernet Fiber converter provides a cost effective plug-and-play solution for long-range 10Base-T or 100Base-TX Ethernet extensions and added benefit of 10/100 auto-negotiation, making it the perfect choice when planning future upgrades of 10Base-T networks. These converters are ultra-miniature in size and feature a shielded RJ45 Ethernet jack and SC style fiber-optic connections. Built-in auto-sensing capabilities enable full or half-duplex Ethernet operation with no configuration required!

The unit mounts on standard 35mm DIN rail and features IP30 protection, a rugged high-strength metal case, 12to36V (AC or DC) input power requirement and -40to75C working temperature.

This product is a single converter. Two are required to create an end-to-end link.

Features:

Meets IEEE802.3, IEEE802.3u 10Base-T, 100Base-TX, 100Base-FX standards
MDI/MDI-X auto negotiation, 10M/100M auto negotiation
Supports full-duplex/halfduplex, Point-to-point transparent transfer
Powered by 12to36V (AC or DC) with screw terminal connections
Plug and Play, easy to install

Download datasheet

Specifications:

Transmission Distance:	20 km
Fibre Connection:	SC connector
Wavelength:	1310 nm
Input Voltage:	12to36V (AC or DC)
Operating temperature:	-40 to 75 C
Storage temperature:	-45 to 85 C
Relative humidity:	10% to 95%
Dimensions:	103 × 78 × 32mm

Price: $175.00

PSM-024 SP-320-36 Single Output Switching Power Supply: 320 W, 36 VDC Output

Fri, 26 Apr 2013 16:13:43 +1000

This switchmode power supply from Mean Well has a full range / universal AC input with power factor correction and features temperature controller fan for forced cooling.

Features:

Universal AC input / Full range
Built-in active PFC function, PF>0.95
Protections: Short circuit / Overload / Over voltage / Over temperature
Forced air cooling by built-in DC Fan
Built-in fan speed control
Fixed switching frequency at 100 kHz
3 years warranty

Specifications:

Output:
Model:	SP-320-36

Output Voltage:	36 VDC
Rated Current:	8.8 A
Current Range:	0 to 8.8 A
Rated Power:	316.8 W
Ripple & Noise:	220 mV P-P
Voltage Adj. Range::	32.4 to 39.6 VDC
Voltage Tolerance::	±1.0%
Line Regulation::	±0.2%
Load Regulation::	±0.5%
Setup Time (Full Load, 230 VAC):	800 ms
Rise Time (Full Load, 230 VAC):	50 ms
Holdup Time (Typ., 230 VAC):	16 ms

Input:
Voltage Range:	88 to 264 VAC, 124 to 370 VDC
Frequency Range:	47 to 63 Hz
Power Factor (Typ., Full Load, 230 VAC):	>0.95
Efficiency (Typ.):	87%
AC Current (Typ., 230 VAC):	2.5 A
Inrush Current (Typ.):	40 A
Leakage Current:	<1 mA at 240 VAC

Protection:
Overload:	105% to 135% rated output power
Overload Protection:	Hiccup type, auto recovery
Over Voltage:	45 to 52.5 VDC
Over Voltage Protection:	Shutdown, re-power to recover
Over Temperature:	80 ±5 °C
Over Temperature Protection:	Shutdown, auto recovery

Environment:
Working Temperature:	-20 to 65 °C (derated)
Working Humidity:	20% to 90% RH Non-condensing
Storage Temperature:	-40 to 85 °C
Temp. Coefficient:	±0.03% per °C
Vibration:	10 to 500 Hz, 2 g 10 minutes/1 cycle, 60 minutes each along X, Y, Z axes

Safety and EMC:
Safety Standards:	UL60950-1, TUV EN60950-1, CCC GB4943
Isolation Voltage (input to output):	3 kVAC
Isolation Voltage (input to ground):	2 kVAC
Isolation Voltage (output to ground):	500 VAC
Isolation Resistance (in-out-ground):	100 MΩ (500 VDC, 25 °C, 70% RH)
EMC Emission Compliance:	EN55022 (CISPR22) Class B, EN61000-3-2,-3
EMC Immunity Compliance:	EN61000-4-2,3,4,5,6,8,11, EN55024, light industry level, criteria A

Other:
MTBF:	≥207 kHrs MIL-HDBK-217F (25 °C)
Dimensions:	215 × 115 × 50 mm
Weight:	1.1 kg

Documents:

Download Datasheet

Price: $114.00

ATO-181 SW5001 Wireless Serial Server

Fri, 26 Apr 2013 13:18:38 +1000

The Industrial Serial Server SW5001-WgN1 is a cost effective gateway for Ethernet (TCP/IP) and serial signal communications. It allows almost any serial device to be connected to a new or existing Ethernet network.

By encapsulating serial data and transporting it over Wireless LAN or for security requirements by WEP or WPA2-PSK encryption. SW5001 offers full-duplex, bi-directional data transmission transparent between serial port and Wireless LAN.

Terminal Server (Main Control Program Executed in this unit) makes most use of Ethernet (or Wireless LAN) connectivity to drive serial devices. It transforms whatever serial data received to TCP/UDP format then enables a host computer to drive the serial devices through the Wireless LAN and Ethernet. Atop Virtual Com software provides existing Windows based applications to access serial devices by mapping to remote serial server over Ethernet (or Wireless LAN)

In industrial and manufacturing automation fields, SW5001-WgN1 is used as a field device to connect the Ethernet through TCP/IP protocol directly. It is also specially designed for conjunction with PLCs, HMIs, Barcode Scanners, Data Terminals, Electronic Kanbans, Shop Floor Control Systems, and Pick-to-Light Systems.

Flexible configuration options enable this unit to be setup overTCP/IP by Telnet, Web browser, or other utility. Packed in a rugged metal housing with DIN-Rail mountable case and 9~30VDC power input range, SW5001 is ideal for almost any industrial and manufacturing automation

Specifications:

Ethernet
Compliance:	IEEE802.3
Port:	1-port
Transmission Rate:	10/100Mbps Auto-detection
Connector:	RJ-45
Auto MDI/MDI-X:	No

WLAN
Compliance:	IEEE802.11gb
WEP:	64-bit/128-bit data encryption
WPA:	WPA/WPA2-PSK compatible (supported TKIP/AES encryption)
Modulation:	CCK, DQPSK, DBPSK, QFDM
Transmission Rate:	54 Mbps (max.) with auto fallback
Transmission Distance:	Up to 300 metres (@12 Mbps in open areas)
Topologies:	Infrastructure, Ad-Hoc
Antenna Connector:	Reverse SMA

Link Mode
TCP Server:	Up to 4 connections or Virtual Com mode
TCP Client:	Up to 2 destinations
UDP:	Up to 4 destinations

Serial
Interface:	RS-232/422/485 software selectable
Ports:	1-port
Baud Rate:	110 bps to 921 Kbps
Parity:	None, Odd, Even, Mark, Space
Data Bits:	5, 6, 7, 8
Stop Bits:	1, 2
Flow Control:	None, Software: Xon/Xoff, Hardware: RTS/CTS
Protection:	15 kV ESD
Connector:	5-pin 5.08 mm terminal block / 8-pin Mini DIN

Power
Input:	9 to 30 VDC
Consumption:	≤4.5 W(Tx mode)

Approval
EMC:	FCC Class A, CE Class A

Environment
Operating	0C to 65C ( 32 to 140F )
Storage:	-40 to 85C ( -40 to 185F ), 5 to 95%RH

Dimension
W x H x D:	45 × 91 × 80 mm

Software
Configuration:	Web Page / Telnet / Serial console / Windows utility
Virtual Com:	Windows and Linux port redirection software
Support Protocol:	ICMP, TCP(UDP) / IP, DHCP client, SNMP, NTP, SMTP, HTTP, Telnet

Documents:

Price: $210.00

CPM-201 PM Temp Controller DIN Rail Mount - SSR Pulse Output

Tue, 23 Apr 2013 15:40:29 +1000

This P-series temperature controller is a programmable thermostat controller with Thermocouple and RTD(PT100) sensor input.

The SSR output has independent settings for setpoint, hysteresis, cooling or heating action and on time. Each output can be set to a pulse mode where the relay constantly toggles on and off when the temperature exceeds (or falls below) the setpoint.

The controller has PID and self-tuning function with micro-processing options. Serial communication support RTU and ASCII formats of Modbus. The maximum speed can reach 38400 bit/s.

Please Note: To avoid interference, signal cable and power lines should be kept away from load power conducting wire. If power supply is connected, DO NOT touch the power terminals to prevent electric shock

Features:

Inputs:

Thermocouple Input: K, J, R, S, B, E, N, T, W
RTD (Pt100)

Accuracy: ±0.3%
Power Consumption: 5 VA
Alarm Output: NPN O.C, 0.1 A@24 VDC
Logic Voltage (to drive SSRs) Output: ON= 24 V @20 mA max

Price: $190.00

CPM-200 PM Temp Controller DIN Rail Mount - Relay Output

Tue, 23 Apr 2013 13:36:35 +1000

This P-series temperature controller is a programmable thermostat controller with Thermocouple and RTD(PT100) sensor input.

The relay has independent settings for setpoint, hysteresis, cooling or heating action and on time. Each output can be set to a pulse mode where the relay constantly toggles on and off when the temperature exceeds (or falls below) the setpoint.

The controller has PID and self-tuning function with micro-processing options. Serial communication support RTU and ASCII formats of Modbus. The maximum speed can reach 38400 bit/s.

Features:

Inputs:

Thermocouple Input: K, J, R, S, B, E, N, T, W
RTD (Pt100)

Accuracy: ±0.3%
Power Consumption: 5 VA
Alarm Output: NPN O.C, 0.1 A@24 VDC
Relay Output: 5 A @250 VAC

Price: $190.00

LAJ-060 Digit-TL

Mon, 22 Apr 2013 14:09:37 +1000

Have an urge to measure the temperature in your refrigerator, attic, or car? The Digit-TL might be just what you need. LabJack is proud to announce the arrival of a new family of data loggers, the Digit Series.

A LabJack Digit-TL is a battery powered temperature logger which can store up to 260,000 readings, and has a battery life of 3 years. Record data in a wide variety of applications, and download (to .csv) over USB to a Windows based computer using the free Otero software.

Unlike many battery powered loggers in its class, the Digit-TL does not require a special base to download stored data. Simply connect the Digit to an available USB port, and download stored information using the Otero software. Do not worry about handling the circuit board directly, it is protected by a thin film of conformal coating. The coating makes the Digit resistant to moisture, static discharges, and fingerprint oils.

The Digit uses a Texas Instruments TMP112 to record temperature. The 12-bit readings are buffered on the chip, and recorded to flash at every log event.

Note that light readings will be stifled if the Digit-TL is inside of the enclosure. We are working to provide a clear plastic enclosure, but in the meantime it is advised to use a clear plastic baggy if light readings are important.

Light readings are taken using the green LED. Because it is not a calibrated measurement IC, the light readings are somewhat crude. It operates on the principle that incident light alters reverse leakage current in the LED. Reverse leakage current increases when ambient light increases. Although it is not intended for use as a calibrated light measurement tool, it still works well to indicate approximate light, such as if the Digit is indoors or outdoors, when sunrise occurred, if the refrigerator door is open etc.

Specifications:

Memory:	260,000 Readings
Logging rate:	10s, 30s, 1m, 10m, 30m, 1h, 6h
Alarms:	2x user-defined
LED indicators:	Green, Red
Battery life:	3 Years @ 25C and 1 m logging rate
Battery type:	3 V lithium, factory replaceable
Software:	Free, Windows only
Communication:	USB
Real-time clock:	2 seconds per day
Memory-Wrap:	No
Single/Multi-Use:	Multi-use
Conformal Coating:	Yes
Operating Temperature:	-35C to +85C (-31F to +176F)
Waterproof Enclosure:	Yes, IP68

Applications include:

Shipping and containers
Refrigeration,food storage
Weather
HVAC
Agriculture

Firmware:

Please note: ensure that the firmware file is at least 1.1500 version (link is shown in Documents Section) if not later, as earlier versions have been reported to have various bugs in them. You can check the firmware version in the Update FW tab of the Otero v1.16 software

Please note: This Digit-TL currently only work on Windows based computers via the free Otero software

Documents:

Price: $56.00

SFR-400 RN41-XV Bluetooth Module - Chip Antenna

Mon, 15 Apr 2013 15:56:12 +1000

The RN41XV is a small form factor, low power Bluetooth radio module offering plug-in compatibility for the widely used 2 x 10 (2mm) socket typically used for 802.15.4 radio modules. Based on the popular 2 x 10 (2mm) socket footprint often found in embedded applications, the Roving Networks’ RN41XV module provides Bluetooth connectivity in legacy and existing designs that may have been based upon the 802.15.4 standard.

The RN41XV is built upon Roving’s RN41 low power Bluetooth module. The module has an embedded Bluetooth stack and supports multiple interface protocols and profiles including the commonly used SPP and HID profiles.

Features:

Fully certified Bluetooth® version 2.1 module, supports version 2.1 + Enhanced Data Rate (EDR)
Backwards-compatible with Bluetooth version 2.0, 1.2, and 1.1
Pin compatible with widely used 2 x 10 (2mm) socket typically used for 802.15.4 applications
Low power: 30 mA connected, < 10 mA sniff mode
UART (SPP or HCI) and USB (HCI only) data connection interfaces
Sustained SPP data rates: 240 Kbps (slave), 300 Kbps (master)
HCI data rates: 1.5 Mbps sustained, 3.0 Mbps burst in HCI mode
Embedded Bluetooth stack profiles included (requires no host stack): GAP, SDP, RFCOMM, and L2CAP protocols, with SPP, HID and DUN profile support
Bluetooth SIG certified
Chip antenna on-board

Documents:

Datasheet

Price: $30.00

SFA-007 Arduino Stackable Header Kit - R3

Tue, 09 Apr 2013 10:38:53 +1000

These headers are made to work with the Arduino Uno R3, Leonardo and new Arduino boards going forward. They are the perfect height for clearing the USB-B connector and great for stacking multiple shields. This kit includes 4 headers (2 8-pin, 1 10-pin and 1 6-pin), enough to connect a shield to an Arduino board. These are the same headers we use in our tutorials and with our own shields.

Includes:

2x - 8-pin Arduino Stackable Headers
1x - 6-pin Arduino Stackable Headers
1x - 10-pin Arduino Stackable Headers

Price: $2.00

USB-020 USB SNAP Stick

Fri, 05 Apr 2013 13:34:00 +1100

The USB dongle is based on the ATMEL ATmega128RFA1 hardware and is about the size of a thumb drive. The SS200 has the same capabilities as the underlying hardware, relating to sleep options and radio rates as discussed in-depth in the SNAP Reference Manual.

The USB dongle form factor means that only one UART is available on the SS200. UART1 connects through the USB port. If you change the default UART (NV Parameter 12)to 0, you will not be able to communicate directly with the device, and will have to either use Portal to reset the device to Factory Default Parameters (NV Params) or use a different SNAP Device as a bridge and reset the default UART over the air.

It is designed to act as a bridge between Synapses management tool, called Portal, or Synapses Internet connection capability, called SNAP Connect, and your other SNAP nodes.

Documents:

Datasheet

Price: $75.00

POL-1381 Simple High-Power Motor Controller 18v25

Mon, 25 Mar 2013 16:50:02 +1100

The Pololu Simple High-Power Motor Controller makes basic control of brushed DC motors easy, with Pololu's free Simple Motor Control Center software enabling quick configuration over USB. The controller supports four interface modes: USB, TTL serial, analog voltage, and hobby radio control (RC). This version operates from 5.5 to 30 V and is efficient enough to deliver a continuous 25 A without a heat sink. It ships with the power capacitor and connectors included but not soldered in, allowing for custom installations.

Users manual for the Pololu Simple Motor Controllers.

Pololu's Resources page for the driver includes links to Windows and Linux drivers and software, and an SDK.

Features:

Simple bidirectional control of one DC brush motor.
5.5to 30V operating supply range.
25A maximum continuous current output without a heat sink
Four communication or control options:
1. USB interface for direct connection to a PC.
2. Logic-level (TTL) serial interface for direct connection to microcontrollers or other embedded controllers.
3. Hobby radio control (RC) pulse width interface for direct connection to an RC receiver or RC servo controller.
4. 0 to 3.3V analog voltage interface for direct connection to potentiometers and analog joysticks.
Simple configuration and calibration over USB with free configuration program (Windows 7, Vista, Windows XP, and Linux compatible).

Additional Features:

Adjustable maximum acceleration and deceleration to limit electrical and mechanical stress on the system.
Adjustable starting speed, maximum speed, and amount of braking when speed is zero.
Optional safety controls to avoid unexpectedly powering the motor.
Input calibration (learning) and adjustable scaling degree for analog and RC signals.
Under-voltage shutoff with hysteresis for use with batteries vulnerable to over-discharging (e.g. LiPo cells).
Adjustable over-temperature threshold and response.
Adjustable PWM frequency from 1 kHz to 22 kHz (maximum frequency is ultrasonic, eliminating switching-induced audible motor shaft vibration).
Error LED linked to a digital ERR output, and connecting the error outputs of multiple controllers together optionally causes all connected controllers to shut down when any one of them experiences an error.
Field-upgradeable firmware.

USB/Serial features:

Controllable from a computer with native USB, via serial commands sent to the devices virtual serial (COM) port, or via TTL serial through the devices RX/TX pins.
Example code in C#, Visual Basic .NET, and Visual C++ is available in the Pololu USB Software Development Kit
Optional CRC error detection to eliminate communication errors caused by noise or software faults.
Optional command timeout (shut off motors if communication ceases).
Supports automatic baud rate detection from 1200bps to 500kbps, or can be configured to run at a fixed baud rate.
Supports standard compact and Pololu protocols as well as the Scott Edwards Mini SSC protocol and an ASCII protocol for simple serial control from a terminal program.
Optional serial response delay for communicating with half-duplex controllers such as the Basic Stamp.
Controllers can be easily chained together and to other Pololu serial motor and servo controllers to control hundreds of motors using a single serial line.

RC Features:

1/4 s pulse measurement resolution.
Works with RC pulse frequencies from 10 to 333 Hz.
Configurable parameters for determining what constitutes an acceptable RC signal.
Two RC channels allow for single-stick (mixed) motor control, making it easy to use two simple motor controllers in tandem on an RC-controlled differential-drive robot (you might find our RC servo Y splitter cables useful for connecting two SMCs to a single RC receiver).
RC channels can be used in any mode as limit or kill switches (e.g. use an RC receiver to trigger a kill switch on your autonomous robot).
Battery elimination circuit (BEC) jumper can power the RC receiver with 5 V or 3.3 V.

Analog Features:

0.8 mV (12-bit) measurement resolution.
Works with 0 to 3.3 V inputs.
Optional potentiometer/joystick disconnect detection.
Two analog channels allow for single-stick (mixed) motor control, making it easy to use two simple motor controllers in tandem on a joystick-controlled differential-drive robot.
Analog channels can be used in any mode as limit or kill switches.

Price: $49.95

POL-1494 RoboClaw DC Motor Driver 2 x 30A (v2)

Mon, 25 Mar 2013 16:44:53 +1100

The RoboClaw from Orion Robotics (formerly Basic Micro) is an efficient, versatile, dual-channel synchronous regenerative motor controller. It can supply two brushed DC motors with 30A continuous at voltages from 6to34VDC, and it allows for peak currents up to twice the maximum continuous rating.

The RoboClaw features dual quadrature decoding capability. A built-in PID routine can be used for closed-loop speed control, maintaining motor speeds even if the load varies, or the encoder counts and speeds can be read directly from the RoboClaw for use with an external control system.

Several interface modes are supported by the RoboClaw. It can be controlled via TTL serial for use with an embedded system or a PC with a serial adapter, RC hobby servo pulses for use as an RC-controlled electronic speed control (ESC), or analog voltages for use with potentiometers or analog joysticks.

Features:

Simple bidirectional control of two brushed DC motors
6 to 34 VDC motor supply range
30 A continuous current output, to 60 A peak
Three communication or control options:
- Logic-level (TTL) serial interface for direct connection to microcontrollers or other embedded controllers, or connection to a PC with a serial port (external RS-232 level converter required) or USB-to-serial adapter
- Hobby radio control (RC) pulse width interface for direct connection to an RC receiver or RC servo controller
- 0 to 5 VDC analog voltage interface for direct connection to potentiometers and analog joysticks
Mix mode steering converts speed and direction input signals to left-side and right-side motor speeds
Flip input reverses controls for robots that can operate when flipped over
Dual quadrature encoder inputs up to 8,000,000 encoder pulses per second with configurable PID loop for closed loop control.
Simple open loop mode for motors without encoders
Screw terminals for quick connect/disconnect
Configurable via onboard pushbuttons
Regenerative braking
Tolerates high-speed direction changes
Jumper-selectable 5 V BEC
Battery monitoring and under-voltage cutoff protects batteries from over-discharging

Dimensions: 7.7 × 6.6 × 2.5 cm

Resources:

Download RoboClaw Datasheet
Download Arduino Library - Includes a library and examples of how to drive the motors.

Price: $115.00

POL-1493 RoboClaw DC Motor Driver 2 x 15A (v2)

Mon, 25 Mar 2013 16:17:15 +1100

The RoboClaw from Orion Robotics (formerly Basic Micro) is an efficient, versatile, dual-channel synchronous regenerative motor controller. It can supply two brushed DC motors with 15A continuous at voltages from 6to30VDC, and it allows for peak currents up to twice the maximum continuous rating.

Features:

Simple bidirectional control of two brushed DC motors
6 to 34 VDC motor supply range
15 A continuous current output, to 30 A peak
Three communication or control options:
- Logic-level (TTL) serial interface for direct connection to microcontrollers or other embedded controllers, or connection to a PC with a serial port (external RS-232 level converter required) or USB-to-serial adapter
- Hobby radio control (RC) pulse width interface for direct connection to an RC receiver or RC servo controller
- 0 to 5 VDC analog voltage interface for direct connection to potentiometers and analog joysticks
Mix mode steering converts speed and direction input signals to left-side and right-side motor speeds
Flip input reverses controls for robots that can operate when flipped over
Dual quadrature encoder inputs up to 8,000,000 encoder pulses per second with configurable PID loop for closed loop control.
Simple open loop mode for motors without encoders
Screw terminals for quick connect/disconnect
Configurable via onboard pushbuttons
Regenerative braking
Tolerates high-speed direction changes
Jumper-selectable 5 V BEC
Battery monitoring and under-voltage cutoff protects batteries from over-discharging

Dimensions: 7.7 × 6.6 × 2.5 cm

Resources:

Download RoboClaw Datasheet
Download Arduino Library - Includes a library and examples of how to drive the motors.

Price: $79.00

KTA-281 Synapse RF266PC1 /Xbee Breakout Board

Mon, 25 Mar 2013 16:50:07 +1100

To take advantage of the recent advancement in wireless technology, Ocean Controls has developed a card that the Synapse RF266 and Xbee Pro series modules can stack onto. It includes; an on-board 3.3V regulator, 2 × relay output, 2 × analog (4to20mA or 0to10V) inputs, 3 × Digital Inputs and 1 NPN open collector output. The board is 12VDC powered

Features:

3 Digital Inputs
2 Analog Inputs (0 to 10 V or 4 to 20 mA)
2 relay outputs
1 NPN Open Collector output
USB serial connection
Can be DIN rail mounted or enclosed in our IP65 rated plastic enclosure

If you are wanting to use the Synapse RF266PC1 module with this breakout board, to get you started please refer to the SNAP Quickstart Guide listed in the Documents above, you can develop your own code via Portal, Synapse's free development environment, which can be downloaded from the link provided: Latest Portal software

If you are wanting to use the Xbee module with this breakout board, to get you started please go to the link provided: Xbee Guide and Examples

Please note: The KTA-281 only comes as an assembled PCB. Enclosures and wireless modules are optional extras, please refer to Ordering Guide, below, for further details.

PCB Update

We have recently made a few minor changes to the KTA-281 to further enhance its performance. The newly revised PCB will be released in mid of June or early July. Please refer to the link below to view the revised schematic of the KTA-281.

KTA-281v2 Schematic in pdf format

Documents:

Ordering Guide:

Synapse RF266PC1 Module: Sold separately, has our SKU SFR-220
Xbee Module: Sold separately, has our SKU WIR-042
IP65 rated Plastic Enclosures: Sold separately, has our SKU:ENC-060
DIN Rail Enclosure: Sold separately, has our SKU: DRM-102
USB SNAP Stick: acts as a bridge between your SNAP network and Synapses wireless application Portal. Sold separately, has our SKU:USB-020

Price: $79.00

KTA-259v3 Arduino Thermocouple Multiplexer Shield

Mon, 25 Mar 2013 11:02:49 +1100

The KTA-259v3 Thermocouple Multiplexer Shield is designed to easily allow multiple high temperature readings with an Arduino control board. With the new version there is are multiple advantages over the old KTA-259, namely, wider temperature range including below 0°C, higher accuracy, higher resolution and ability to use more thermocouple types (dependent on model).

Screw terminals are provided for thermocouple connections as thermocouple wires can not be soldered.

Note: The v3 shield does not ship with arduino headers, check the related products for suitable options. The board accepts both standard headers and R3 headers.

Uses:

Automotive – Engine, Exhaust and Brake temperatures are higher than most temperature sensors can handle, but within the range of Thermocouples.
Ovens, Furnaces and Kilns – At temperatures where other temperature sensors will not operate.
Freezer or Cryogenic monitoring – Where temperatures are well below 0°C.
Chemical Processes – Where corrosive chemicals may damage probes or reach high temperatures thermocouples are more readily available for such processes.
Multi-Zone Temperature Monitoring, Data Acquisition or Logging Systems– With cheap readily available thermocouples.

Features:

Add up to 8 Thermocouples to an Arduino
Cold Junction Compensated Output
K, J, N, S, T, E or R Type thermocouples supported dependent on model
0.1” (2.54mm) Pitch Screw Terminals for Thermocouple connection
14-bit 0.25°C Resolution
Nominal ±2°C Accuracy
Based on MAX31855 Cold-Junction Compensated Thermocouple-to-Digital Converter and ADG608 Multiplexer IC
13 x 8 Prototyping Area with Analog and Power pins
Chip Select Pin Jumper Selectable means multi SPI shield compatibility
Combine with SD card shield for powerful Temperature Logging
Powered from 3.3V Arduino Pin, 5V compatible

Selection Guide:

Ocean Controls SKU / Part Number	Thermocouple Type	IC	Measured Temperature Range	Thermocouple Maximum Temperature Range ^[1]
KTA-259K	K	MAX31855K	-200°C to +1350°C	-270°C to +1372°C
KTA-259J	J	MAX31855J	-40°C to +750°C	-210°C to +1200°C
KTA-259N	N	MAX31855N	-200°C to +1300°C	-270°C to +1300°C
KTA-259S	S	MAX31855S	+50°C to +1600°C	+50°C to +1768°C
KTA-259T	T	MAX31855T	-250°C to +400°C	-270°C to +400°C
KTA-259E	E	MAX31855E	-40°C to +900°C	-270°C to +1000°C
KTA-259R	R	MAX31855R	-50°C to +1770°C	-50°C to +1768°C
KTA-259^[2]	K	MAX6674	0 to +1024°C	-270°C to +1372°C
KTB-259^[2]	K	MAX6675	0 to +128°C	-270°C to +1372°C

[1] This is the range of temperatures that a thermocouple of this type can measure, the Measured Temperature Range is the actual range the KTA-259 can digitise.

[2] KTA-259 and KTB-259 are discontinued and only available while stock remains and included for reference only.

Documents:

Price: $44.50

KTA-259v3 Arduino Thermocouple Multiplexer Shield

Mon, 25 Mar 2013 11:02:49 +1100

Screw terminals are provided for thermocouple connections as thermocouple wires can not be soldered.

Note: The v3 shield does not ship with arduino headers, check the related products for suitable options. The board accepts both standard headers and R3 headers.

Uses:

Automotive – Engine, Exhaust and Brake temperatures are higher than most temperature sensors can handle, but within the range of Thermocouples.
Ovens, Furnaces and Kilns – At temperatures where other temperature sensors will not operate.
Freezer or Cryogenic monitoring – Where temperatures are well below 0°C.
Chemical Processes – Where corrosive chemicals may damage probes or reach high temperatures thermocouples are more readily available for such processes.
Multi-Zone Temperature Monitoring, Data Acquisition or Logging Systems– With cheap readily available thermocouples.

Features:

Add up to 8 Thermocouples to an Arduino
Cold Junction Compensated Output
K, J, N, S, T, E or R Type thermocouples supported dependent on model
0.1” (2.54mm) Pitch Screw Terminals for Thermocouple connection
14-bit 0.25°C Resolution
Nominal ±2°C Accuracy
Based on MAX31855 Cold-Junction Compensated Thermocouple-to-Digital Converter and ADG608 Multiplexer IC
13 x 8 Prototyping Area with Analog and Power pins
Chip Select Pin Jumper Selectable means multi SPI shield compatibility
Combine with SD card shield for powerful Temperature Logging
Powered from 3.3V Arduino Pin, 5V compatible

Selection Guide:

Ocean Controls SKU / Part Number	Thermocouple Type	IC	Measured Temperature Range	Thermocouple Maximum Temperature Range ^[1]
KTA-259K	K	MAX31855K	-200°C to +1350°C	-270°C to +1372°C
KTA-259J	J	MAX31855J	-40°C to +750°C	-210°C to +1200°C
KTA-259N	N	MAX31855N	-200°C to +1300°C	-270°C to +1300°C
KTA-259S	S	MAX31855S	+50°C to +1600°C	+50°C to +1768°C
KTA-259T	T	MAX31855T	-250°C to +400°C	-270°C to +400°C
KTA-259E	E	MAX31855E	-40°C to +900°C	-270°C to +1000°C
KTA-259R	R	MAX31855R	-50°C to +1770°C	-50°C to +1768°C
KTA-259^[2]	K	MAX6674	0 to +1024°C	-270°C to +1372°C
KTB-259^[2]	K	MAX6675	0 to +128°C	-270°C to +1372°C

[1] This is the range of temperatures that a thermocouple of this type can measure, the Measured Temperature Range is the actual range the KTA-259 can digitise.

[2] KTA-259 and KTB-259 are discontinued and only available while stock remains and included for reference only.

Documents:

Price: $44.50

KTA-259v3 Arduino Thermocouple Multiplexer Shield

Mon, 25 Mar 2013 11:02:49 +1100

Screw terminals are provided for thermocouple connections as thermocouple wires can not be soldered.

Note: The v3 shield does not ship with arduino headers, check the related products for suitable options. The board accepts both standard headers and R3 headers.

Uses:

Automotive – Engine, Exhaust and Brake temperatures are higher than most temperature sensors can handle, but within the range of Thermocouples.
Ovens, Furnaces and Kilns – At temperatures where other temperature sensors will not operate.
Freezer or Cryogenic monitoring – Where temperatures are well below 0°C.
Chemical Processes – Where corrosive chemicals may damage probes or reach high temperatures thermocouples are more readily available for such processes.
Multi-Zone Temperature Monitoring, Data Acquisition or Logging Systems– With cheap readily available thermocouples.

Features:

Add up to 8 Thermocouples to an Arduino
Cold Junction Compensated Output
K, J, N, S, T, E or R Type thermocouples supported dependent on model
0.1” (2.54mm) Pitch Screw Terminals for Thermocouple connection
14-bit 0.25°C Resolution
Nominal ±2°C Accuracy
Based on MAX31855 Cold-Junction Compensated Thermocouple-to-Digital Converter and ADG608 Multiplexer IC
13 x 8 Prototyping Area with Analog and Power pins
Chip Select Pin Jumper Selectable means multi SPI shield compatibility
Combine with SD card shield for powerful Temperature Logging
Powered from 3.3V Arduino Pin, 5V compatible

Selection Guide:

Ocean Controls SKU / Part Number	Thermocouple Type	IC	Measured Temperature Range	Thermocouple Maximum Temperature Range ^[1]
KTA-259K	K	MAX31855K	-200°C to +1350°C	-270°C to +1372°C
KTA-259J	J	MAX31855J	-40°C to +750°C	-210°C to +1200°C
KTA-259N	N	MAX31855N	-200°C to +1300°C	-270°C to +1300°C
KTA-259S	S	MAX31855S	+50°C to +1600°C	+50°C to +1768°C
KTA-259T	T	MAX31855T	-250°C to +400°C	-270°C to +400°C
KTA-259E	E	MAX31855E	-40°C to +900°C	-270°C to +1000°C
KTA-259R	R	MAX31855R	-50°C to +1770°C	-50°C to +1768°C
KTA-259^[2]	K	MAX6674	0 to +1024°C	-270°C to +1372°C
KTB-259^[2]	K	MAX6675	0 to +128°C	-270°C to +1372°C

[1] This is the range of temperatures that a thermocouple of this type can measure, the Measured Temperature Range is the actual range the KTA-259 can digitise.

[2] KTA-259 and KTB-259 are discontinued and only available while stock remains and included for reference only.

Documents:

Price: $46.50

KTA-259v3 Arduino Thermocouple Multiplexer Shield

Mon, 25 Mar 2013 11:02:49 +1100

Screw terminals are provided for thermocouple connections as thermocouple wires can not be soldered.

Note: The v3 shield does not ship with arduino headers, check the related products for suitable options. The board accepts both standard headers and R3 headers.

Uses:

Automotive – Engine, Exhaust and Brake temperatures are higher than most temperature sensors can handle, but within the range of Thermocouples.
Ovens, Furnaces and Kilns – At temperatures where other temperature sensors will not operate.
Freezer or Cryogenic monitoring – Where temperatures are well below 0°C.
Chemical Processes – Where corrosive chemicals may damage probes or reach high temperatures thermocouples are more readily available for such processes.
Multi-Zone Temperature Monitoring, Data Acquisition or Logging Systems– With cheap readily available thermocouples.

Features:

Add up to 8 Thermocouples to an Arduino
Cold Junction Compensated Output
K, J, N, S, T, E or R Type thermocouples supported dependent on model
0.1” (2.54mm) Pitch Screw Terminals for Thermocouple connection
14-bit 0.25°C Resolution
Nominal ±2°C Accuracy
Based on MAX31855 Cold-Junction Compensated Thermocouple-to-Digital Converter and ADG608 Multiplexer IC
13 x 8 Prototyping Area with Analog and Power pins
Chip Select Pin Jumper Selectable means multi SPI shield compatibility
Combine with SD card shield for powerful Temperature Logging
Powered from 3.3V Arduino Pin, 5V compatible

Selection Guide:

Ocean Controls SKU / Part Number	Thermocouple Type	IC	Measured Temperature Range	Thermocouple Maximum Temperature Range ^[1]
KTA-259K	K	MAX31855K	-200°C to +1350°C	-270°C to +1372°C
KTA-259J	J	MAX31855J	-40°C to +750°C	-210°C to +1200°C
KTA-259N	N	MAX31855N	-200°C to +1300°C	-270°C to +1300°C
KTA-259S	S	MAX31855S	+50°C to +1600°C	+50°C to +1768°C
KTA-259T	T	MAX31855T	-250°C to +400°C	-270°C to +400°C
KTA-259E	E	MAX31855E	-40°C to +900°C	-270°C to +1000°C
KTA-259R	R	MAX31855R	-50°C to +1770°C	-50°C to +1768°C
KTA-259^[2]	K	MAX6674	0 to +1024°C	-270°C to +1372°C
KTB-259^[2]	K	MAX6675	0 to +128°C	-270°C to +1372°C

[1] This is the range of temperatures that a thermocouple of this type can measure, the Measured Temperature Range is the actual range the KTA-259 can digitise.

[2] KTA-259 and KTB-259 are discontinued and only available while stock remains and included for reference only.

Documents:

Price: $46.50

KTA-259v3 Arduino Thermocouple Multiplexer Shield

Mon, 25 Mar 2013 11:02:49 +1100

Screw terminals are provided for thermocouple connections as thermocouple wires can not be soldered.

Note: The v3 shield does not ship with arduino headers, check the related products for suitable options. The board accepts both standard headers and R3 headers.

Uses:

Automotive – Engine, Exhaust and Brake temperatures are higher than most temperature sensors can handle, but within the range of Thermocouples.
Ovens, Furnaces and Kilns – At temperatures where other temperature sensors will not operate.
Freezer or Cryogenic monitoring – Where temperatures are well below 0°C.
Chemical Processes – Where corrosive chemicals may damage probes or reach high temperatures thermocouples are more readily available for such processes.
Multi-Zone Temperature Monitoring, Data Acquisition or Logging Systems– With cheap readily available thermocouples.

Features:

Add up to 8 Thermocouples to an Arduino
Cold Junction Compensated Output
K, J, N, S, T, E or R Type thermocouples supported dependent on model
0.1” (2.54mm) Pitch Screw Terminals for Thermocouple connection
14-bit 0.25°C Resolution
Nominal ±2°C Accuracy
Based on MAX31855 Cold-Junction Compensated Thermocouple-to-Digital Converter and ADG608 Multiplexer IC
13 x 8 Prototyping Area with Analog and Power pins
Chip Select Pin Jumper Selectable means multi SPI shield compatibility
Combine with SD card shield for powerful Temperature Logging
Powered from 3.3V Arduino Pin, 5V compatible

Selection Guide:

Ocean Controls SKU / Part Number	Thermocouple Type	IC	Measured Temperature Range	Thermocouple Maximum Temperature Range ^[1]
KTA-259K	K	MAX31855K	-200°C to +1350°C	-270°C to +1372°C
KTA-259J	J	MAX31855J	-40°C to +750°C	-210°C to +1200°C
KTA-259N	N	MAX31855N	-200°C to +1300°C	-270°C to +1300°C
KTA-259S	S	MAX31855S	+50°C to +1600°C	+50°C to +1768°C
KTA-259T	T	MAX31855T	-250°C to +400°C	-270°C to +400°C
KTA-259E	E	MAX31855E	-40°C to +900°C	-270°C to +1000°C
KTA-259R	R	MAX31855R	-50°C to +1770°C	-50°C to +1768°C
KTA-259^[2]	K	MAX6674	0 to +1024°C	-270°C to +1372°C
KTB-259^[2]	K	MAX6675	0 to +128°C	-270°C to +1372°C

[1] This is the range of temperatures that a thermocouple of this type can measure, the Measured Temperature Range is the actual range the KTA-259 can digitise.

[2] KTA-259 and KTB-259 are discontinued and only available while stock remains and included for reference only.

Documents:

Price: $46.50

KTA-259v3 Arduino Thermocouple Multiplexer Shield

Mon, 25 Mar 2013 11:02:49 +1100

Screw terminals are provided for thermocouple connections as thermocouple wires can not be soldered.

Note: The v3 shield does not ship with arduino headers, check the related products for suitable options. The board accepts both standard headers and R3 headers.

Uses:

Automotive – Engine, Exhaust and Brake temperatures are higher than most temperature sensors can handle, but within the range of Thermocouples.
Ovens, Furnaces and Kilns – At temperatures where other temperature sensors will not operate.
Freezer or Cryogenic monitoring – Where temperatures are well below 0°C.
Chemical Processes – Where corrosive chemicals may damage probes or reach high temperatures thermocouples are more readily available for such processes.
Multi-Zone Temperature Monitoring, Data Acquisition or Logging Systems– With cheap readily available thermocouples.

Features:

Add up to 8 Thermocouples to an Arduino
Cold Junction Compensated Output
K, J, N, S, T, E or R Type thermocouples supported dependent on model
0.1” (2.54mm) Pitch Screw Terminals for Thermocouple connection
14-bit 0.25°C Resolution
Nominal ±2°C Accuracy
Based on MAX31855 Cold-Junction Compensated Thermocouple-to-Digital Converter and ADG608 Multiplexer IC
13 x 8 Prototyping Area with Analog and Power pins
Chip Select Pin Jumper Selectable means multi SPI shield compatibility
Combine with SD card shield for powerful Temperature Logging
Powered from 3.3V Arduino Pin, 5V compatible

Selection Guide:

Ocean Controls SKU / Part Number	Thermocouple Type	IC	Measured Temperature Range	Thermocouple Maximum Temperature Range ^[1]
KTA-259K	K	MAX31855K	-200°C to +1350°C	-270°C to +1372°C
KTA-259J	J	MAX31855J	-40°C to +750°C	-210°C to +1200°C
KTA-259N	N	MAX31855N	-200°C to +1300°C	-270°C to +1300°C
KTA-259S	S	MAX31855S	+50°C to +1600°C	+50°C to +1768°C
KTA-259T	T	MAX31855T	-250°C to +400°C	-270°C to +400°C
KTA-259E	E	MAX31855E	-40°C to +900°C	-270°C to +1000°C
KTA-259R	R	MAX31855R	-50°C to +1770°C	-50°C to +1768°C
KTA-259^[2]	K	MAX6674	0 to +1024°C	-270°C to +1372°C
KTB-259^[2]	K	MAX6675	0 to +128°C	-270°C to +1372°C

[1] This is the range of temperatures that a thermocouple of this type can measure, the Measured Temperature Range is the actual range the KTA-259 can digitise.

[2] KTA-259 and KTB-259 are discontinued and only available while stock remains and included for reference only.

Documents:

Price: $46.50

KTA-259v3 Arduino Thermocouple Multiplexer Shield

Mon, 25 Mar 2013 11:02:49 +1100

Screw terminals are provided for thermocouple connections as thermocouple wires can not be soldered.

Note: The v3 shield does not ship with arduino headers, check the related products for suitable options. The board accepts both standard headers and R3 headers.

Uses:

Automotive – Engine, Exhaust and Brake temperatures are higher than most temperature sensors can handle, but within the range of Thermocouples.
Ovens, Furnaces and Kilns – At temperatures where other temperature sensors will not operate.
Freezer or Cryogenic monitoring – Where temperatures are well below 0°C.
Chemical Processes – Where corrosive chemicals may damage probes or reach high temperatures thermocouples are more readily available for such processes.
Multi-Zone Temperature Monitoring, Data Acquisition or Logging Systems– With cheap readily available thermocouples.

Features:

Add up to 8 Thermocouples to an Arduino
Cold Junction Compensated Output
K, J, N, S, T, E or R Type thermocouples supported dependent on model
0.1” (2.54mm) Pitch Screw Terminals for Thermocouple connection
14-bit 0.25°C Resolution
Nominal ±2°C Accuracy
Based on MAX31855 Cold-Junction Compensated Thermocouple-to-Digital Converter and ADG608 Multiplexer IC
13 x 8 Prototyping Area with Analog and Power pins
Chip Select Pin Jumper Selectable means multi SPI shield compatibility
Combine with SD card shield for powerful Temperature Logging
Powered from 3.3V Arduino Pin, 5V compatible

Selection Guide:

Ocean Controls SKU / Part Number	Thermocouple Type	IC	Measured Temperature Range	Thermocouple Maximum Temperature Range ^[1]
KTA-259K	K	MAX31855K	-200°C to +1350°C	-270°C to +1372°C
KTA-259J	J	MAX31855J	-40°C to +750°C	-210°C to +1200°C
KTA-259N	N	MAX31855N	-200°C to +1300°C	-270°C to +1300°C
KTA-259S	S	MAX31855S	+50°C to +1600°C	+50°C to +1768°C
KTA-259T	T	MAX31855T	-250°C to +400°C	-270°C to +400°C
KTA-259E	E	MAX31855E	-40°C to +900°C	-270°C to +1000°C
KTA-259R	R	MAX31855R	-50°C to +1770°C	-50°C to +1768°C
KTA-259^[2]	K	MAX6674	0 to +1024°C	-270°C to +1372°C
KTB-259^[2]	K	MAX6675	0 to +128°C	-270°C to +1372°C

[1] This is the range of temperatures that a thermocouple of this type can measure, the Measured Temperature Range is the actual range the KTA-259 can digitise.

[2] KTA-259 and KTB-259 are discontinued and only available while stock remains and included for reference only.

Documents:

Price: $46.50

KTA-259v3 Arduino Thermocouple Multiplexer Shield

Mon, 25 Mar 2013 11:02:49 +1100

Screw terminals are provided for thermocouple connections as thermocouple wires can not be soldered.

Note: The v3 shield does not ship with arduino headers, check the related products for suitable options. The board accepts both standard headers and R3 headers.

Uses:

Automotive – Engine, Exhaust and Brake temperatures are higher than most temperature sensors can handle, but within the range of Thermocouples.
Ovens, Furnaces and Kilns – At temperatures where other temperature sensors will not operate.
Freezer or Cryogenic monitoring – Where temperatures are well below 0°C.
Chemical Processes – Where corrosive chemicals may damage probes or reach high temperatures thermocouples are more readily available for such processes.
Multi-Zone Temperature Monitoring, Data Acquisition or Logging Systems– With cheap readily available thermocouples.

Features:

Add up to 8 Thermocouples to an Arduino
Cold Junction Compensated Output
K, J, N, S, T, E or R Type thermocouples supported dependent on model
0.1” (2.54mm) Pitch Screw Terminals for Thermocouple connection
14-bit 0.25°C Resolution
Nominal ±2°C Accuracy
Based on MAX31855 Cold-Junction Compensated Thermocouple-to-Digital Converter and ADG608 Multiplexer IC
13 x 8 Prototyping Area with Analog and Power pins
Chip Select Pin Jumper Selectable means multi SPI shield compatibility
Combine with SD card shield for powerful Temperature Logging
Powered from 3.3V Arduino Pin, 5V compatible

Selection Guide:

Ocean Controls SKU / Part Number	Thermocouple Type	IC	Measured Temperature Range	Thermocouple Maximum Temperature Range ^[1]
KTA-259K	K	MAX31855K	-200°C to +1350°C	-270°C to +1372°C
KTA-259J	J	MAX31855J	-40°C to +750°C	-210°C to +1200°C
KTA-259N	N	MAX31855N	-200°C to +1300°C	-270°C to +1300°C
KTA-259S	S	MAX31855S	+50°C to +1600°C	+50°C to +1768°C
KTA-259T	T	MAX31855T	-250°C to +400°C	-270°C to +400°C
KTA-259E	E	MAX31855E	-40°C to +900°C	-270°C to +1000°C
KTA-259R	R	MAX31855R	-50°C to +1770°C	-50°C to +1768°C
KTA-259^[2]	K	MAX6674	0 to +1024°C	-270°C to +1372°C
KTB-259^[2]	K	MAX6675	0 to +128°C	-270°C to +1372°C

[1] This is the range of temperatures that a thermocouple of this type can measure, the Measured Temperature Range is the actual range the KTA-259 can digitise.

[2] KTA-259 and KTB-259 are discontinued and only available while stock remains and included for reference only.

Documents:

Price: $46.50

SFA-112 pcDuino - AV Kit

Fri, 22 Mar 2013 15:40:30 +1100

The pcDuino AV Kit includes everything you need to get your pcDuino powered, networked and connected to an HDMI enabled TV or monitor. If you don't happen to have all of these cables laying around, this is the easiest way to get up and running with your pcDuino.

Kit Includes:

1 × 1.8metre. HDMI cable
1 × 1metre. Micro USB cable
1 × 4 port USB hub
1 × 1.5metre. Ethernet cable

Price: $44.95

SFA-111 pcDuino - WiFi Dongle

Fri, 22 Mar 2013 15:26:29 +1100

Want to free your pcDuino from the oppression of wired networking? This USB Wifi dongle has been tested to work with the pcDuino, simply plug it into the USB port and you're ready to connect to a nearby wireless network!

Dimensions: 50 × 13mm

Price: $19.95

SFA-110 pcDuino - Dev Board

Fri, 22 Mar 2013 15:12:25 +1100

As the field of embedded electronics gets more advanced, hobbyists and professionals are both in need of smaller and more powerful computers. SparkFun have done the research and found one they really like, not only because it's small and fast but because it's also Arduino shield compatible! The pcDuino is a high performance, cost effective mini PC platform that runs full-featured operating systems such as Ubuntu and Android ICS.

It's easy to hook up, just connect 5VDC power and a keyboard and mouse. The pcDuino outputs video to any HDMI enabled TV or monitor via the built in HDMI interface. It was specifically designed to make it easy for the open source community to develop computationally demanding projects using the vast, existing catalog of Arduino Shields.

An API has been developed for the pcDuino that allows the user to access all of the functions that you would expect using simple Arduino-style language.

Note: The pcDuino has trouble connecting to certain DVI monitors. There is a fix available on the pcDuino wiki page. Check the documents below!

Dimensions: 125mm X 52mm

Features:

1GHz ARM Cortex A8 CPU
GPU: OpenGL ES2.0, OpenVG 1.1 Mali 400 core
1GB DRAM
Onboard Storage: 2GB Flash, microSD card (TF) slot for up to 32GB
Arduino-Style Peripheral Headers (Adapter Needed for Shield Form-Factor)
HDMI Video Output
Linux3.0 + Ubuntu12.10 Supported
0.1" Spaced GPIO Headers
RJ45 Ethernet Connection
Power Requirements: 2A at 5VDC
API to access the following interfaces:
- UART
- ADC
- PWM
- GPIO
- I2C
Program in C, C++ with GNU tool chain
Program in Java with standard Android SDK

Documents:

Price: $69.95

TRM-171 Terminal with 250�? Resistor

Fri, 22 Mar 2013 15:06:04 +1100

These DIN rail mount terminals are fitted with a 0.1% precision 250 ? wire wound 0.125W resistor. Suitable for converting a 4 to 20mA signals to 1 to 5Volts.

Specifications:

Width:	6mm
Height:	66mm
Resistance	250?
Accuracy:	0.1%
Power:	0.125W
Cable Entry:	0.5 to 4.0 mm²

Schematic:

Price: $12.95

TRM-170 Terminal with 100�? Resistor

Fri, 22 Mar 2013 14:37:20 +1100

These DIN rail mount terminals are fitted with a 0.1% precision 100 ohm wire wound 0.125W resistor. Suitable for converting a 4 to 20mA signals to 0.4 to 2Volts.

Specifications:

Width:	6mm
Height:	66mm
Resistance	100 ?
Accuracy:	0.1%
Power:	0.125W
Cable Entry:	0.5 to 4.0 mm²

Schematic:

Price: $12.95

SFA-107 Arduino Due

Fri, 15 Mar 2013 13:19:32 +1100

The Due is Arduino's first ARM-based Arduino development board. This board is based on a powerful 32bit CortexM3 ARM microcontroller made programmable through the familiar Arduino IDE. It increases the computing power available to Arduino users keeping the language as compatible as possible so that many programs will be migrated in a matter of minutes!

The Arduino Due has 54 digital input/output pins (of which 12 can be used as PWM outputs), 12 analog inputs, 4 UARTs (hardware serial ports), an 84MHz clock, a USB-OTG capable connection, 2 DAC (digital to analog), 2 TWI, a power jack, an SPI header, a JTAG header, a reset button and an erase button. There are also some cool features like DACs, Audio, DMA , an experimental multi tasking library and more.

To compile code for the ARM processor, you'll need the latest version of the Arduino IDE: v1.5 (After a period of testing and debugging this will replace the 1.0.1 IDE altogether)

Because of the limitations of system voltage imposed by the Atmel SAM3X8E, Arduino shields that are based on the 5v models won't work properly. All the shields that fully implement the Arduino R3 layout are compatible straight away (like the Arduino WiFi shield and Ethernet Shield) but other shields might not be compatible. Be careful when you're plugging stuff in!

Note: Unlike other Arduino boards, the Arduino Due board runs at 3.3V. The maximum voltage that the I/O pins can tolerate is 3.3V. Providing higher voltages, like 5V to an I/O pin could damage the board.

Features:

Microcontroller: AT91SAM3X8E
Operating Voltage: 3.3V
Recommended Input Voltage: 7to12VDC
Min-Max Input Voltage: 6to20VDC
Digital I/O Pins: 54 (of which 12 provide PWM output)
Analog Input Pins: 12
Analog Outputs Pins: 2
Total DC Output Current on all I/O lines: 130 mA
DC Current for 3.3V Pin: 800 mA
DC Current for 5V Pin: 800 mA
Flash Memory: 512 KB all available for the user applications
SRAM: 96 KB (two banks: 64KB and 32KB)
Clock Speed: 84 MHz

Documents:

Price: $49.95

HER-32 HT10-C01 LED Bulb 240�VAC

Wed, 13 Mar 2013 21:03:13 +1100

p>BA9S LED bulb 240VAC powered which is suitable for our HB2 indicators pushbutton indicators.

Price: $1.42

HER-32 HT10-C01 LED Bulb 240�VAC

Wed, 13 Mar 2013 21:03:13 +1100

p>BA9S LED bulb 240VAC powered which is suitable for our HB2 indicators pushbutton indicators.

Price: $1.49

HER-32 HT10-C01 LED Bulb 240�VAC

Wed, 13 Mar 2013 21:03:13 +1100

p>BA9S LED bulb 240VAC powered which is suitable for our HB2 indicators pushbutton indicators.

Price: $1.49

HER-32 HT10-C01 LED Bulb 240�VAC

Wed, 13 Mar 2013 21:03:13 +1100

p>BA9S LED bulb 240VAC powered which is suitable for our HB2 indicators pushbutton indicators.

Price: $1.49

HER-32 HT10-C01 LED Bulb 240�VAC

Wed, 13 Mar 2013 21:03:13 +1100

p>BA9S LED bulb 240VAC powered which is suitable for our HB2 indicators pushbutton indicators.

Price: $1.49

HER-32 HT10-C01 LED Bulb 240�VAC

Wed, 13 Mar 2013 21:03:13 +1100

p>BA9S LED bulb 240VAC powered which is suitable for our HB2 indicators pushbutton indicators.

Price: $1.49

CSL-2320 12�VDC Square Linear LED Light 1000�mm

Wed, 13 Mar 2013 20:35:35 +1100

The 1000mm square strip light uses 12 high intensity LEDs to produce even illumination with low power consumption. The included low-profile mounting hardware allow mounting in tight spaces for workspace illumination, bookcase lighting, architectural lighting or product showcases.

The strip has a profile only 14 mm thick and 26 mm wide. It occupies minimal room and is easy to install using the push on clips provided.

A 12 VDC power adapter (not included) can be plugged into the light to power it meaning that an electrician is not needed to install it. The box includes a short male to male extender that allows easy connection of multiple strips into one long linear light and a flexible male to male lead that allows more complex shapes.

The linear lights are available in three lengths. These flat strips are compatible with our dimmer, nighttime PIR sensor and 4-way splitter.

Features:

Energy saving up to 50% compared with traditional fluorescent under the same flux
Life span over 50,000 hours
Smaller size than a traditional fluorescent light
Available in cool white, neutral white, and warm white colour temperatures; Available in other colours
Available in three lengths: 300 mm, 500 mm and 1,000 mm
Inbuilt ON-OFF switch
Easy daisy chaining of lights up to 36 watts per run
Easy installation
Low voltage makes the units safe to install without an electrician

Specifications:

Manufacturer Model:	C02L3-12V-CW
Length:	1000 mm
Number of LEDs:	12
Voltage:	12 VDC
Power Consumption:	24 W
Radiance Angle:	60
Colour Temperature:	6000 K (cool white)
Luminous Flux:	1200 lm
LED current:	1A

Documents:

Download Datasheet

Price: $94.50

CSL-2220 12�VDC Square Linear LED Light 500�mm

Wed, 13 Mar 2013 20:34:03 +1100

The 500mm square strip light uses 6 small high intensity LEDs to produce even illumination with low power consumption. The included low-profile mounting hardware allow mounting in tight spaces for workspace illumination, bookcase lighting, architectural lighting or product showcases.

The strip has a profile only 14 mm thick and 26 mm wide. It occupies minimal room and is easy to install using the push on clips provided.

The linear lights are available in three lengths. These flat strips are compatible with our dimmer, inline switch, nighttime PIR sensor and 4-way splitter.

Features:

Energy saving up to 50% compared with traditional fluorescent under the same flux
Life span over 50,000 hours
Smaller size than a traditional fluorescent light
Available in cool white, neutral white, and warm white colour temperatures; Available in other colours
Available in three lengths: 300 mm, 500 mm and 1,000 mm
Inbuilt ON-OFF switch
Easy daisy chaining of lights up to 36 watts per run
Easy installation
Low voltage makes the units safe to install without an electrician

Specifications:

Manufacturer Model:	C02L2-12V-CW
Length:	500 mm
Number of LEDs:	6
Voltage:	12 VDC
Power Consumption:	12 W
Radiance Angle:	60
Colour Temperature:	6000 K (cool white)
Luminous Flux:	630 lm
LED current:	500 mA

Documents:

Download Datasheet

Price: $49.50

CSL-2120 12�VDC Square Linear LED Light 300�mm

Wed, 13 Mar 2013 20:32:23 +1100

The 300mm square strip light uses 3 small high intensity LEDs to produce even illumination with low power consumption. The included low-profile mounting hardware allow mounting in tight spaces for workspace illumination, bookcase lighting, architectural lighting or product showcases.

The strip has a profile only 14 mm thick and 26 mm wide. It occupies minimal room and is easy to install using the push on clips provided.

The linear lights are available in three lengths. These flat strips are compatible with our dimmer, inline switch, nighttime PIR sensor and 4-way splitter.

Features:

Energy saving up to 50% compared with traditional fluorescent under the same flux
Life span over 50,000 hours
Smaller size than a traditional fluorescent light
Available in cool white, neutral white, and warm white colour temperatures; Available in other colours
Available in three lengths: 300 mm, 500 mm and 1,000 mm
Inbuilt ON-OFF switch
Easy daisy chaining of lights up to 36 watts per run
Easy installation
Low voltage makes the units safe to install without an electrician

Specifications:

Manufacturer Model:	C02L1-12V-CW
Length:	300 mm
Number of LEDs:	3
Voltage:	12 VDC
Power Consumption:	6 W
Radiance Angle:	60
Colour Temperature:	6000 K (cool white)
Luminous Flux:	330 lm
LED current:	250 mA

Documents:

Download Datasheet

Price: $28.95

KTA-260 LabJack Thermocouple Multiplexer

Tue, 05 Mar 2013 16:48:39 +1100

Based on the MAX31855 cold junction compensated thermocouple to digital converter from Maxim Integrated, the KTA-260 series of devices has been created to easily allow a LabJack UD (U3/U6/UE9) data acquisition unit to read temperatures from multiple thermocouples. The 4-pin design plugs into any of the standard DIO/DIO/GND/VS screw terminal blocks on the LabJack, and thus up to 10 of these can be used per LabJack device to add up to 80 thermocouple inputs. The KTA-260 device continuously reads the temperature from up to 8 connected thermocouples and stores the data in internal memory, which can then be easily read as the device emulates an I2C serial EEPROM.