Three-socket sensor plug
The sensor end presents a three-socket plug that mates with the three-pin Mil-C-5015 receptacle on the 330400 or 330425 accelerometer. Connector keying keeps the three circuit positions aligned.
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Copy| Product Name | Bently Nevada 16710-28 3-Conductor Armored Accelerometer Cable |
| Item NO. | 2931754 |
| Weight | 0.1 kg = 0.2205 lb = 3.5274 oz |
| Category | BENTLY NEVADA |
| Brand | Bently Nevada |
| Creation Time | 2026-11-11 |
Bently Nevada 16710-28 is a 28 ft armored interconnect cable for the Bently Nevada 330400 and 330425 accelerometer family. It provides the complete electrical path between the accelerometer connector and individual terminal connections at the monitoring end.
Inside Bently Nevada 16710-28, three shielded 22 AWG conductors run through a stainless-steel armored assembly. A three-socket plug at the sensor end mates with the accelerometer three-pin Mil-C-5015 receptacle, while terminal lugs expose the three conductors and shield at the opposite end.
The `28` suffix of Bently Nevada 16710-28 identifies the assembled 28 ft cable length within the 3-99 ft ordering range. Connector, conductors, shield, terminal lugs and armor are supplied as one cable assembly whose two ends serve different connection formats.
| Specification | 16710-28 |
|---|---|
| Brand | Bently Nevada |
| Product Name | 3-Conductor Armored Accelerometer Cable |
| Country | Not specified |
| Length | 28 ft |
| Published length range | 3–99 ft |
| Conductors | 3 × 22 AWG |
| Shield | Overall shield |
| Armor | Stainless-steel armor |
| Sensor end | Three-socket plug |
| Monitor end | Terminal lugs |
| Related sensor family | 330400 / 330425 accelerometers |
| Selection warning | Not a two-conductor Velomitor cable |
The connector and terminal ends of Bently Nevada 16710-28 carry the accelerometer circuit between two different physical interfaces without changing the three-conductor arrangement.
The sensor end presents a three-socket plug that mates with the three-pin Mil-C-5015 receptacle on the 330400 or 330425 accelerometer. Connector keying keeps the three circuit positions aligned.
Three 22 AWG conductors run together inside an overall shield from the plug to the terminal end. The shield surrounds the conductor group as a separate electrical layer.
At the monitoring end, individual lugs expose the conductor and shield connections for terminal-block wiring. This end converts the multi-pin plug arrangement into discrete connection points.
The physical interfaces of Bently Nevada 16710-28 are defined by the 330400/330425 three-pin receptacle at one end and terminal-lug wiring at the other.
The three-socket plug corresponds to the three-pin Mil-C-5015 receptacle shown on the 330400 and 330425 accelerometer body. The connector relationship is mechanical and electrical, not a generic two-pin sensor connection.
The 16710 family uses three 22 AWG conductors, unlike the two-conductor 84661 cable. Similar stainless-steel armor therefore does not make the two cable families interchangeable.
The 28 ft suffix describes the finished connector-to-lug assembly. Other 16710 lengths retain the same end formats but represent different complete part numbers.
Bently Nevada 16710-28 requires this check: Check the complete label and assembled cable record before routing; do not accept a base 16710 identity without the length suffix.
For Bently Nevada 16710-28, the accelerometer circuit and connector use the documented three-conductor arrangement and cannot be replaced by a two-conductor Velomitor cable.
The correct approach for Bently Nevada 16710-28: Inspect keying, socket grip, cleanliness and strain relief before mating to the 330400/330425 family sensor.
With Bently Nevada 16710-28, match the cable drawing and connector to the installed 330400 or 330425 accelerometer record before shutdown.
Separate the armored cable from drive and motor circuits, follow the shield-grounding drawing and avoid large excess coils. This boundary applies to Bently Nevada 16710-28.
On Bently Nevada 16710-28, loose crimps, unreadable identifiers, corrosion or failed continuity must be repaired or the cable replaced before energizing.
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