| Color Display |
| Type |
Active matrix color LCD (TFT) |
| Viewing Area |
18.1-inch (diagonal) |
| Resolution |
1280 x 1024 |
| Touch Screen Type |
Resistive (resolution <1mm) |
| Functions |
User interface with touch based icons and menus; Waveform monitoring to full speed; Review previous waveform histories while recording; Overlay numeric values in Engineering Units; pen style indicators for point of real-time; Overlay user comments with touch panel |
| Chart Recorder |
| Recording Method |
Direct Thermal |
| Chart Width |
414 mm (16.3 in) |
| Resolution |
12 dpm (300 dpi) |
| Print Speed |
1 mm/min to 100 mm/sec at 12 dpm; 101 mm/sec to 200 mm/sec at 6 dpm |
| Speed Accuracy |
± 2% |
| Dual Speed |
Automatic speed change with trigger or time |
| Remote Start/Stop |
TTL level, switch closure or computer interface |
| External Speed |
Speed synchronized to TTL source |
| Maximum Waveform Size |
170 mm |
| Amplitude Grids |
32 independent up to 170 mm wide. Auto or manual grid design and placement |
| Time Marking |
Tri-state (x1, x10, x100) mark on either chart edge. Selectable mark (0.02 to 1 second or external) with Grid Synchronization |
| Annotation |
System Log printed automatically (time, date, speed); Each grid associated with a line of text (128 ASCII characters); An On-demand text buffer is available (128 characters) |
| Signal Conditioner |
Auto annotation using grid buffers; Top and bottom grid values labeled |
| Channel ID |
Each channel labeled with channel number |
| Trace Thickness |
User adjustable |
| Paper |
Z-fold pack (400 sheets) or roll available; Each is 397 ft |
| Remote Start/Stop |
TTL level, switch closure, or computer interface |
| Computer Interface |
| Host Control |
10/100 Base T Ethernet, RS-232, GPIB (optional) |
| Digital Data |
10/100 Base T Ethernet |
| Power Specifications |
| Input Voltage Range |
102 Vrms - 130 Vrms; 200 Vrms - 250 Vrms |
| Frequency Range |
47 to 63 Hz |
| Input Power Consumption |
300 Watts (typical) - 500 Watts (maximum) |
| Leakage Current |
0.75mA maximum |
| Safety |
UL3101-1 |
| Emissions |
FCC Part 15 Class A, EN55011 |
| Power Harmonics |
IEC 1000-3-2 |
| Physical Specifications |
| Mounting |
Benchtop or 19" rack |
| Dimensions |
21"H x 19"W x 14.5"D (Rack) |
| Weight |
62 lbs. |
| Operating Humidity |
10% to 95% non-condensing |
| Operating Temperature |
5 to 40°C (40 to 105°F) |
| Alarm Specifications |
| Indications |
Waveform color change on display |
| Test Types |
Window; All active signals monitored simultaneously |
| Output |
2 TTL outputs, user Definable |
| Trigger Specifications |
| Window |
High and low thresholds, inside and outside |
| Slope/Level |
Rising, Falling or either |
| Slew |
Time periods from 0.01 to 10 seconds |
| Event |
Binary combination of active events |
| Other Sources |
Manual and external inputs |
| Worst Case Latency |
1 millisecond |
| Output |
TTL, net of trigger conditions |
| Waveform Channels |
| Modules |
Maximum of four modules (DM1 Series or SM2 Series) can be installed for up to 32 waveform channels |
| Utility Port |
| Functions |
Trigger In, Alarm Out A or B, Remote Arm, Security, Remote Abort, Chart Mark, Trigger Out, External Motor Clock, External Run/Halt, Programmable Input (can be set to cause on-demand buffer, channel ID or channel labeling), and TTL 5V |
| Connector |
15-pin "D" shell |
| Other Connectors |
| Printer Port |
PC Parallel Port (25-pin "D" shell) |
| Mouse, Keyboard |
PS/2 |
| Video |
15-pin "D" shell |
| Waveform History Specifications |
| Method |
Saves full bandwidth line segments |
| Media |
SRAM with archive to disk |
| Time Base Resolution |
Better than 1 millisecond at 100 mm/sec |
| Record Size |
10,000 line segments (over 800 mm of chart) |
| Circular Buffer |
Saves time period leading up to and including stimulus |
| Stimulus |
Touch Panel or trigger |
| Content |
Waveforms, events, grid and time marks, alarms and highlights |
| Review |
Split screen while recording |
| Archive |
Save to hard drive or to removable media |
| External Time Code |
| Formats |
IRIG A, IRIG B, IRIG H, NASA 36; Amplitude Modulated or TTL |
| Amplitude Modulated Input Voltage Limits |
0.5Vp-p to 10Vp-p |
| Maximum Safe Input |
+10V or -10V |
| Time Base Variations |
x1/2, x1, x2 |
| IRIG On Time Mark Accuracy |
±1msec or 1 chart segment (whichever is greatest); 1/12 mm on the chart |
| Multicard Reader |
| Format |
PC Format |
| Media |
USB 2.0, CompactFlash (CF), Memory Stick (MS), Secure Digital (SD), Micro Secure Digital (Micro SD), Multi Media Card (MMC), SmartMedia (SM), XD-Picture Card (XD) |
| Functions |
Setup files, software upgrades, and data transfer/archive |
| Realtime Recording Formats |
| User Defined Formats |
The user can design unique charts using standard menus. These formats can be saved to the hard drive or to removable media |
| Data Logger |
Numeric reporting of waveform data in engineering units |
| Dual Speed |
System toggles between any two chart speeds based on time inteval or trigger |
| Constant Chart Speed |
Constatn chart output regardless of display speed choice |
| Highlight (chart delay) |
Delays printing of the chart by one screen in order for user comments to be entered on the touchscreen. |
| Annotation |
| System Log Channel |
Prints time, date, speed, time base and function on the left chart edge |
| Waveform ID |
An identification code printed next to each waveform |
| Waveform Buffers |
32 annotation buffers. Standard buffers are128 characters long |
| On-the-fly buffer |
One additional 128 character annotation buffer, which can be positioned anywhere across the chart and printed with a keystroke |
| Signal Conditioner Buffer |
Internal gain and zero position settings are automatically printed as the last 40 characters of the waveform text buffers |
| Highlight Comments |
User definable, touch screen activated comments are printed on the chart while in highlight mode |
| Standard Event Markers |
| System Event (Chart Mark) |
Standard with glitch capture. Operates from front panel key or external input (TTL or switch closure) |
| Tri-level Time |
x1, x10, x100 based on user choice of reference |
| Tri-level Reference |
Internal: 0.01, 0.02, 0.04, 0.1, 0.2, 0.4, 1.0, 3.6, 6 sec;
External: any available time code start pulse |
| Tri-level Location |
Either right edge, left edge or both, selectable |
| Additional Markers |
8 per SM2 Series Module |
| Platforms Available |
| Everest-HSR |
High Security, Rackmount. Base platform Everest with all non-volatile media being removable |
| Everest-HS |
High Security Everest in bench-top case |
| Virtual Chart (optional) |
|
| Recording Method |
Internal 73 Gbyte hard drive |
| Data Presentation |
Play data back to Everest display and/or chart;
Archive to PC for review |
| Signal Module Specifications (SM2) |
| Waveform Inputs |
8 on module |
| Waveform Type |
Single-ended voltage |
| Input Coupling |
DC |
| Connector |
BNC |
| Max. Rated Input |
±50V |
| Specified Measurement Ranges |
4 to40Vfs; 0.5 to 5Vfs |
| Available Ranges |
1 to 40 Vfs; 0.1 to 5 Vfs |
| Voltage Accuracy |
±0.5% of the attenuator |
| Net Bandwidth |
15 kHz (-3dB) |
| Minimum Input Impedance |
>150 kOhms |
| Intrinsic Noise |
0.5% of the attenuator |
| Baseline Drift with Temperature |
0.05% of the attenuator per °C |
| Filter Choices |
Low pass with stops from 10 to 10,000 Hz; High pass with starts from 0.1 to 100 Hz; Notch with 50 or 60 Hz Center |
| RMS Time Constant |
Selectable from 0.02 to 2 seconds |
| Automatic Calibration |
To internal or external signal source (DAC cal) |
| User Engineering Units |
Yes, with automatic scaling |
| Waveform Testing |
All active waveform channels monitored simulataneously |
| Event Inputs |
8 per module |
| Event Types |
TTL with pull ups (0 to 5V) |
| Event Response |
20 Microseconds minimum duration |
| Data Capture (optional) |
Up to 400,000 samples per channel; 120 kSamples per second per channel; includes glitch capture to ensure bandwidth |
| Signal Module Specifications (SM2D) |
| Waveform Inputs |
8 on module |
| Waveform Type |
Differential voltage |
| Input Coupling |
DC |
| Connector |
D-shell (25 pin) |
| Max. Rated Input |
±50V |
| Specified Measurement Ranges |
4 to40Vfs; 0.5 to 5Vfs |
| Available Ranges |
1 to 40 Vfs; 0.1 to 5 Vfs |
| Voltage Accuracy |
±0.5% of the attenuator |
| Net Bandwidth |
15 kHz (-3dB) |
| Minimum Input Impedance |
>150 kOhms |
| Intrinsic Noise |
0.5% of the attenuator |
| Baseline Drift with Temperature |
0.05% of the attenuator per °C |
| Filter Choices |
Low pass with stops from 10 to 10,000 Hz; High pass with starts from 0.1 to 100 Hz; Notch with 50 or 60 Hz Center |
| RMS Time Constant |
Selectable from 0.02 to 2 seconds |
| Automatic Calibration |
To internal or external signal source (DAC cal) |
| User Engineering Units |
Yes, with automatic scaling |
| Waveform Testing |
All active waveform channels monitored simulataneously |
| Event Inputs |
8 per module |
| Event Types |
TTL with pull ups (0 to 5V) |
| Event Response |
20 Microseconds minimum duration |
| Data Capture (optional) |
Up to 400,000 samples per channel; 120 kSamples per second per channel; includes glitch capture to ensure bandwidth |
| Signal Module Specification (DM1) |
| Number of Signals |
8 waveform and 8 event per module |
| Input Type |
Parallel, long line (RS-485 differential) |
| Connector |
50-pin Centronix style |
| Interface Bandwidth |
500 kHz |
| Maximum Channel Rate |
50,000 samples/second |
| Filter Choices |
Low Pass with stops from 1 Hz to 10000 Hz; High Pass with starts from 0.1 Hz to 100 Hz; Notch with 50 or 60 Hz center |
| RMS Time Constant |
Selectable from 0.02 to 2 seconds |
| User Engineering Units |
Yes |
| Data Capture Option |
Up to 400,000 samples per channel and 120 kSamples/second/channel |
