Data Loggers, Portable Remote Site Loggers, Low Power Multi-Channel

Overview

The HyperLogger™ Data Logger meets your remote site and plant floor data collection and alarming needs. Battery powered and weatherproof, the HyperLogger™ is equally at home collecting data in moving vehicles, on the plant floor, or in the lab. Sporting full differential, bi-polar instrumentation amplified inputs (zap protected), programmable filtering, 13 bit analog to digital conversion, and sampling rates in excess of 150 S/S, the HyperLogger™ is a true precision grade data acquisition instrument

A HyperLogger™ data logging system consists of the HyperLogger™ System Base, an assortment of plug-in Interface Modules (I/M's), the HyperWare Software and possibly other optional equipment. The System Base is housed in a lockable, rugged, weatherproof, hinged-door enclosure. The System Base has an integral display, front panel push buttons, battery pack and a pluggable Terminal Strip Adapter that provides terminal strip connections for all of the input and output signals. The System Base includes the electronics for the core of the data logger including the main microcontroller, analog to digital conversion circuitry, memory, real-time clock and associated support circuitry. As testimony to HyperLogger™ system's completeness, even a terminal strip sized screwdriver and set of laminated Quick Reference instructional cards are provided inside the front cover.

Real World Signal interface has never been easier... the HyperLogger™ System Base includes 6 ports which accept plug-in, multi-channel Interface Modules. A single System Base can accept up to 24+ analog or 48 digital inputs (or a mix) as well as multiple alarm outputs. Integral front-end completion circuitry, such as 4-20mA burden resistors and voltage dividers, are integral to the module... minimizing on-site interfacing hassles.

Interface Modules are fully configurable using HyperWare™ software, providing multi-purpose flexibility in input/output signal types. Direct connection to thermocouples, voltage, current, event, frequency, count, RTD's, thermistors, bridge, and other signal / sensor types are all supported.

Deployed in the field, collected data is processed and stored internally in battery backed-up memory or in a removable PCMCIA memory card. User programmable `on-the-fly' data reduction of sampled inputs and intelligent logging methods result in optimized memory utilization, without sacrifice in signal replication. Extremely low-power consumption provides up to two months of logging from six internal D-cells or indefinitely from an external supply.

Communications via telephone modem, cell phone, Ethernet, or RS-232 allows for data transfer, real-time trending of data, remote control, and reprogramming of the HyperLogger™... all from a remote PC site.

Beyond data collection... the HyperLogger™ handles basic control and alarming functions as well. User programmable relay outputs, two line message displays, and even Pager alarms are supported.

The HyperLogger™ is fully compatible with the optional HAPT HyperWareT Automation Program (HAP). HAP running unattended on a PC can automatically perform the communication, interrogation, data conversion and control of one or more HyperLogger™ systems based on a User pre-defined schedule. Additionally, Reports and futher data analysis can be performed... all without intervention by the User.

Interface Modules

The HyperLogger™ Interface Module (I/M) family is an assortment of I/Ms for use in conjunction with the HyperLogger™ System Base. Interface Modules plug directly into one of the six I/M ports on the System Base and provide various functions ranging from digital and analog signal input to alarm and digital output to special applications such as modem and PCMCIA memory card interface.

Analog / Digital Interface Modules:
Analog and digital signal/sensor interface modules allow for direct connection and data recording from a full spectrum of input signals and sensor types. Various modules provide excitation, filtering, transient protection, amplification, and software codes as required by the connected sensor/transducer or sensed parameter. True differential inputs with precision Instrumentation Amplifiers insure high signal to noise ratio performance.

Serial Data Bus Interface Module:
The HLIM-9 Serial Bus Interface Module allows for the direct reading of information from "smart sensors" or from a serial data bus. Simple two-wire communications provide the available information to the HyperLogger where the user, through HyperWare, can then select only those parameters they are interested in recording. Current protocols available include J1587, Modbus, and Mettler Toledo scale applications. May be used with other standard Logic Beach Interface Modules.

Special Function Interface Modules:
Additional interface modules are available that include special functions such as on board low-power telephone modems, special serial communications, and removable PCMCIA memory card interface. Modem Interface Modules incorporate FCC approved modems supporting direct telephone line connection for remote interrogation and control of the HyperLogger™ as well as advanced functions such as Alarm Paging. A PCMCIA memory card I/M is offered, allowing for data collection to a removable `credit card style' memory module. This memory card provides massive data storage capability and can easily be removed and replaced in the field by non-technical staff.

Installation / Configuration:
Interface modules plug directly into one of the six System Base ports allowing for standard I/O wiring through the Terminal Strip Adapter wiring board on the System Base. Screw down securement insures reliable connection and readings in the most rugged environments. Each I/M contains encoded Identification and calibration information for immediate self-configuration. Upon installation of the I/M into the HyperLogger™ System Base, the microprocessor reads the module type and stores calibration information for use during readings. The Interface Modules are then configured for application and signal type via the HyperNet™ icon based visual programming method supplied within HyperWare™. Many analog and digital modules include field configurable (via switch settings) hardware front-ends such as burden resistors, voltage dividers, etc. which add flexibility and minimize User demands for interface to real-world signals.

Performance and Reliability:
Precision trimmed, temperature stabilized references insure accurate Cal-Check™ performance over time and temperature. All I/M's are calibrated, burned-in, and tested ready for immediate plug-in installation into the HyperLogger™. Instructions and a Quick Reference Card (for field reference) are supplied with each module.

A multitude of optional components are available for the HyperLogger™ data logging system. The following is a list of Input Modules and accessory features/options to meet your data acquisition needs. Links include detailed technical information on modules and options.

HLIM-1 Module	Plug-in module provides four channels of analog input. Channels can be individually field programmed to accept J, K, E, T, R, and S type thermocouples, Voltage up to 30Vdc and Current up to 22mADC.
HLIM-2 Module	Plug-in module provides four digital channels that can be individually programmed as frequency, event, high-speed counter inputs and four fixed TTL (0/5Vdc) outputs.
HLIM-4	Plug-in module provides four channels that can be individually programmed for resistance, RTD, or thermistor input.
HLIM-8	Plug-in module provides eight channels that can be individually programmed as inputs (typically for event logging) or TTL outputs (0/5Vdc).
HLIM-5	Plug-in module includes socket for removable memory cards.
HLIM-5-144	Plug-in module includes socket for removable memory cards and integral low-power, plug and play 14.4Kbaud modem. (Modem does not use the memory card socket)
HLIM-7	Plug-in module provides four isolated channels of analog input. Channels can be individually field programmed to accept J, K, E, T, R, and S type thermocouples, Voltage up to 30Vdc and current up to 22mADC. Isolated to 150VAC or 200VDC with 18 bit resolution.
HLIM-9	Plug-in module for serial-bus data recording. J1587 CAN bus, variations on Modbus and Mettler Toledo protocols now available. Contact factory for others.

Options

Removable Memory Cards	PCMCIA memory cards allows for easy removal and transport of collected data. Additionally, cards are available to expand memory capacity to in excess of 500,000 samples. Cards require that HyperLogger™ have an HLIM-5 Interface Module installed.
PSM-2; Sensor/Loop Power Supply	For applications requiring sensor or loop power/excitation greater than the HyperLogger's internal 5Vdc source, the door-mounted PSM-2 can provide 10, 15, or 24Vdc excitation voltages stepped up from the HyperLogger™ system batteries.
HL-200	An integrated system that consists of a HyperLogger™ System Base and an RPS-1 rechargeable power supply integrated into a single NEMA 4X rated enclosure.
Ethernet Communication	Connect the HyperLogger to a LAN.

Ordering Information