Summary of Contents for Intech Z-2400-SLEEPER
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Page 1: Installation Guide
Z-2400-SLEEPER ® Wireless Data Links Using ZIGBEE For MicroScan Protocols. Installation Guide. -
Page 2: Table Of Contents
DIP Switch A Summary for Sleeper Page 5 DIP Switch B Settings for Sleeper Page 5 Base, Remote & Sleeper Node Address Setting Table Page 6 Example: Setting the Z-2400-SLEEPER Page 6 Z-2400-Sleeper Analogue Input Connections Page 7 Connecting RTDs to a Sleeper Page 7... -
Page 3: Description
Wireless Data Link Z-2400-SLEEPER Modules for MicroScan. Description: The Z-2400 series of units support the communication of data signals via a wireless network. The Sleeper provides a two universal input unit that wakes up at a selected time interval, and sends its values through to the Base. -
Page 4: Physical Layout Z-2400-Sleeper
Physical Layout Z-2400-SLEEPER: Dimensions: 101 x 36 x 120mm (H x W x D). Mounting: 35mm DIN rail. LED indicators: NTWRK STATUS - See Diagnostic LEDs Tables for more information. Aerial: Not shown in diagram - screw in to attach. -
Page 5: Sleeper Dip Switch Positions
Sleeper Dip Switch Positions: DIP Switch A Summary for Sleeper: Switch: Meaning: Address 1. Address 2. Address 4. Address 8. Address 16. Address 32. Reserved. Reserved. DIP Switch B Settings for Sleeper: Switch: Meaning: Sleep Time 1 Minute. Sleep Time 2 Minutes. Sleep Time 5 Minutes. -
Page 6: Base, Remote & Sleeper Node Address Setting Table
Node (Base only) Note: The Remote and Sleeper will not function if the address is set to zero. Example: Setting the Z-2400-SLEEPER: Choose Sleeper Node Address (1~32), e.g. Sleeper Node 1: DIP switch A, 1 set to ON. Select the Sleep Time Intervals, e.g. Every 2 Minutes: DIP switch B, 2 set to ON. -
Page 7: Z-2400-Sleeper Analogue Input Connections
Both analogue signals can share a common as per this example 4~20mA hookup: If permanently powering the Z-2400-Sleeper, use only an isolated power supply; i.e. isolated from ground and other devices. Do not use this power supply to power external devices. If only a common power supply is available, use the PSW isolating power supply to power the Sleeper only, to maintain isolation. -
Page 8: Connecting Thermocouples To A Sleeper
Connecting Thermocouples to a Sleeper: Thermocouple (T/C) Input Specifications: Input Sleeper Thermocouple Types B, E, J, K, N, R, S, T. USB Programmable Zero 0~±99% of the Span. USB Programmable Span Within Thermocouple Type limits. Input Impedance 1MΩ Minimum. ... -
Page 9: Connecting Current Signals To A Sleeper
Connecting Current Signals to a Sleeper: Input Sleeper Current Input Specifications: USB Programmable Zero 0~±99% of the Span. USB Programmable Span 1μAdc~24mAdc. Standard range = 4~20mA. Minimum Recommended Span 0~1mA (gives 1000 steps on output). Input Resistance 10Ω. ... -
Page 10: Changing The Z-2400-Sleeper Battery
Changing the Z-2400-Sleeper Battery: Power off the Sleeper by putting the 8th bit of Dip Switch B to the “OFF” position. Remove the DIN rail clip from the rear of the Sleeper by levering the lower end with a screwdriver, while simultaneously sliding the clip towards the centre with your other hand;... -
Page 11: Using Z-2400 Modules Within Microscan
Carefully align the top and bottom covers, and close the case. The cover will ‘snap’ on when you apply pressure – no screwdriver leverage is necessary at this stage. Put the DIN rail clip back into place. It helps to do this from below, as pictured, so that the spring does not fall out while the clip is being positioned. -
Page 12: Considerations & Limitations For Z-2400 Network Systems
For more information on wireless antenna options and distances, see the ‘Z-2400 Series Extended‘ brochure. www.intech.co.nz Christchurch Ph: +64 3 343 0646 Auckland Ph: 09 827 1930 Email: sales@intech.co.nz ® ZigBee is a registered trademark of the ZigBee Alliance, Inc. XPort® is a registered trademark of Lantronix, Inc. Z-2400-SLEEPER 250214...
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